Twelve years ago to the day, back in the year 2009 – a Video game called #Minecraft was unassumingly released. The sandbox video game became the second best selling PC-based game in history and was bought by Microsoft for $2.5B usd in 2014.
In keeping with our look back celebration, let’s check out this wonderful book for Minecraft lovers everywhere: Beautiful Minecraft ($19.95, 112 pp., 4C, hardcover).
As they pore over the pages in this remarkable collection, Minecraft lovers of all stripes will find themselves immersed in a world of astonishing creations like floating steampunk cities, massive alien worlds, detailed classical sculptures, fantastical landscapes, and architectural marvels. The sculptures and scenes throughout the book are built from thousands to millions of blocks and represent months and even years of design work on the part of their creators.
I wanted to show how a video game can become a true artistic medium…how players can become artists.
“Beautiful Minecraft is the sort of thing that fans of the game are sure to love because it brings them even closer to the game they love,” said No Starch Press founder Bill Pollock. “Since my first visit to MineCon in 2011, I’ve been inspired by the passion Minecraft fans have for something that is much more than a game. Beautiful Minecraft shows us how in game creations can be high art, and the results are nothing less than amazing.”
For the Silo, James Delaney-author, managing director of BlockWorks: a team of Minecraft artists from around the world. BlockWorks has created artwork for companies like Disney, Microsoft, Warner Brothers, and The Guardian.
Publisher: No Starch Press
Author: James Delaney
Print ISBN: 978-1-59327-765-9
Price: $19.95
Specs: 112 pp., 4C, Hardcover
You Might Also Be Interested In:
The Game Console by Evan Amos
The Arduino Inventor’s Guide by Derek Runberg and Brian Huang
The Hardware Hacker by Andrew “bunnie” Huang
About No Starch Press
No Starch Press has published the finest in geek entertainment since 1994, covering topics like LEGO, hacking, science, math, and programming for all ages. Our titles have personality, our authors are passionate, and our books tackle topics that people care about.
LAS VEGAS — A couple of years ago, ChyronHego announced a partnership with leading game developer Epic Games to integrate the Unreal Engine with ChyronHego’s family of augmented reality (AR) graphics and virtual sets solutions. With the integration, news broadcasters and other customers of ChyronHego’s Neon and Plutonium software will be able to leverage Unreal’s industry-leading rendering and real-time special effects capabilities to add powerful new photorealistic and hyper-realistic elements to their on-air virtual sets. Only a decade ago, editDROID and other Laserdisc based systems were still commonly in use with a much more rudimentary set of effects possibilities- this new Neon and Plutonium software system is an industry wide ‘game changer’.
Here is a look at 2017’s ChyronHego’s live use demo-
“In an environment that’s more competitive than ever, our broadcast news customers are on a constant search for innovative ways to tell a better story and captivate viewers,” said Olivier Cohen, senior product manager, virtual solutions, ChyronHego. “Virtual sets that harness the amazing graphics capabilities of world-class gaming engines are the wave of the future for news, sports, and weather broadcasting, and Epic Games is the perfect partner to take us there. The integration with Unreal is just the latest link in our CAMIO Universe strategy to place the industry’s most powerful storytelling tools at news producers’ fingertips and drive template-based, unified news and weather workflows.”
“Since we launched Unreal Engine 4, it has become one of the world’s most powerful rendering engines for the game industry — but its flexibility, real-time performance, and robust set of tools make it ideal in just about any type of content creation workflow,” said Marc Petit, general manager, Unreal Engine Enterprise at Epic Games.
“ChyronHego’s AR and virtual set solutions for broadcast production are the ideal match for Unreal Engine. By partnering with one of the leading broadcast graphics providers, we can continue to expand our presence in the broadcast, film, and entertainment industries.”
ChyronHego will work to integrate the CAMIO graphic asset management server with Unreal Engine, including creating broadcast-specific camera movements. Unreal’s 3D graphics engine enables producers to generate AR graphics through the templated workflows of the CAMIO Universe. Via custom user interfaces built with ChyronHego Live Assist panels, producers can then present the AR graphics on air using ChyronHego’s Plutonium and Neon virtual set and robotic camera tracking solutions.
Cohen added, “As one of the world’s most powerful rendering engines from one of the world’s foremost gaming companies, Unreal will bring new levels of openness and scale-ability to our virtual set solutions. Unreal Engine is easily customizable and expandable, and five million users around the world will benefit from Epic Games’ vast reach across the global community of gamers and game developers. It means news broadcasters will be able to render effects in their virtual sets that rival anything their viewers have seen in the gaming world, with special effects like real-time shaders, bumps, sliders, and highly photo-realistic objects.” For the Silo, Lyndsey Albright.
Supplemental- The Revolutionary Video Toaster and Amiga Computer system 1991.
“Your task is not to foresee the future, but to enable it.“
Founded on the values of pioneer pilot Antoine de Saint-Exupéry, a new partnership has formed between the leading Quebec AI research institute, Mila, and France’s IRT Saint Exupéry, which established a Montreal branch one year ago.
This partnership confirms the commitment shared by both parties to advance research in the field of intelligent systems, with a focus on embedded intelligence in critical systems, particularly related to travel (i.e., planes and cars) and healthcare (medical devices).
At the heart of the partnership are two key players in scientific and technological research who have joined forces to promote best practices and tackle the scientific challenges of artificial intelligence driven by industry needs and societal impacts.
Recognized worldwide for its numerous breakthroughs in artificial intelligence, Mila distinguishes itself both in calibre and in number of its researchers. Thanks to this partnership, Mila is enriched by an original model of collaboration, in which industry and academia will work together in a common space to solve scientific questions arising from industrial concerns. This collaborative model, tried and tested at IRT Saint Exupéry in France since 2013, has led to the creation of a French-Canadian research program, *DEEL, mobilizing 14 industrial companies and roughly 20 academic researchers in Toulouse, Montreal and Quebec City, including researchers from Mila. IRT Saint Exupéry now has access to a cooperative space on Mila’s premises. The proximity to Mila’s researchers and industrial partners encourages the development of multi-partner French-Canadian research programs.
If the Canadian branch of IRT Saint Exupéry was selected to integrate within Mila’s ecosystem, considered one of the best in the world for AI research and development, it is thanks to the partnership established two years ago with the Quebec Institute for data valorization IVADO, which was founded to foster AI partnership projects with industry. After the DEEL project, initiated jointly and now integrated into the Toulouse Interdisciplinary Institute of Artificial Intelligence “ANITI” of which it is the driving force, IRT Saint Exupéry and its Quebec partners are now developing new expertise in the field of confidence AI and decision support for critical systems, with applications for land, air and space mobility, but also for health and the environment.
YoshuaBengio, Scientific Director – Mila
“Mila‘s mission is to develop the understanding of intelligent systems in order to put them at the service of all humanity in an ethical, inspiring and sustainable way. More than 500 world-class researchers at the Institute focus on deep learning and neural networks that shape today’s intelligent systems. This partnership with IRT Saint Exupéry Canada broadens our horizons and our network.We are proud to make concrete through this partnership the commitments of collaboration between Canada and France in the field of artificial intelligence.“
Geneviève Fioraso, President – IRT Saint Exupéry
“I am convinced that collaborations with the researchers, engineers, laboratory students and partners of the Mila ecosystem in Montreal will be very stimulating for the IRT Saint Exupéry teams in Canada as well as in Toulouse.By working closely with the Mila Institute, we are going to accelerate our work and strengthen our expertise in AI, thus enhancing the reliability, safety and competitiveness of the fields concerned with critical and complex systems: air, space and ground transportation, medical devices and the environment.Ourlongstanding partnership with IVADO and CRIAQ in Quebec allows us today, alongside Mila, to achieve a new level of deep learning and understanding of intelligent systems.This new alliance with the French-speaking centre of excellence in AI, based on shared scientific and ethical values, also illustrates the willingness of the technological research institutes to open up internationally.“
Guillaume Gaudron, CEO – IRT Saint Exupéry Canada
“We are really excited to join Mila.Working in this privileged environment and close to the very best researchers in the field represents an unprecedented opportunity for the institute to showcase its skills and respond to the deep concerns raised by artificial intelligence.We are also pleased to be able to offer a very unique collaboration model, one which brings together different actors to address common, shared and open challenges.We are mobilizing artificial intelligence on future topics such as the quantum computer, the autonomous vehicle, medical applications (diagnosis of rare diseases), satellites, and more. These are all complex and compelling subjects that need to be supported by very high-level scientific research, and require the use of AI algorithms that are robust, reliable, justifiable and, in the future, certifiable.“
About Mila:
Founded in 1993 by Professor Yoshua Bengio of the Université de Montréal, Mila is a research institute in artificial intelligence which rallies 500 researchers specializing in the field of deep learning. Based in Montreal, Mila’s mission is to be a global pole for scientific advances that inspires innovation and the development of AI for the benefit of all. Mila, a non-profit organization, is recognized globally for its significant contributions to the field of deep learning, Mila has distinguished itself in the areas of language modelling, machine translation, object recognition and generative models. For the Silo, Diane Loth.
About IRT Saint Exupéry Canada (CRAN):
IRT Saint Exupéry Canada or CRAN (Centre de Recherche Aéro-Numérique) settled in Montreal in June 2019. With a specialization in areas of artificial intelligence, it brings together academia and industry through a recognized collaboration model to build multi-partner research programs within a French-Canadian framework.
IRT Saint Exupéry Canada was founded by IRT Saint Exupéry, a French research and innovation institute that is very involved in Franco-Quebec collaborations, particularly through the ambitious DEEL* research program with its partners IVADO and CRIAQ.
——————————————————————————————————————–
« L’avenir tu n’as point à le prévoir mais à le permettre » … c’est sous la formule empruntée à Antoine de Saint-Exupéry que s’engage un nouveau partenariat entre le laboratoire d’excellence en intelligence artificielle Mila et l’IRT Saint Exupéry Canada installé à Montréal depuis un an. Ce partenariat confirme la volonté partagée par les deux parties de faire avancer la recherche en matière de systèmes intelligents, avec un focus sur l’intelligence embarquée dans les systèmes critiques, en particulier liés à la mobilité (avions, voitures) ou la santé (dispositifs médicaux).
L’IRT SAINT EXUPERY DANS LA PLATE-FORME MILA A MONTRÉAL : UN FORMIDABLE ACCÉLÉRATEUR POUR LES PROJETS D’IA
Au cœur du partenariat, ce sont deux acteurs de la recherche scientifique et technologique qui s’allient pour échanger des bonnes pratiques et adresser des défis scientifiques de l’intelligence artificielle motivés par des besoins industriels et les impacts sociétaux.
Reconnu mondialement pour ses nombreuses percées en intelligence artificielle, Mila se distingue tout autant par le niveau de ses chercheurs que par leur nombre. Grâce à ce partenariat, il s’enrichit d’un modèle de collaboration original, dans lequel industriels et académiques travaillent ensemble, en un lieu commun, pour résoudre des questions scientifiques issues de préoccupations industrielles. Ce modèle, expérimenté depuis 2013 à l’IRT Saint Exupéry en France, a conduit à la création d’un programme de recherche franco-canadien, DEEL*, mobilisant à Toulouse, Montréal et Québec 14 industriels et une vingtaine de chercheurs académiques parmi lesquels des chercheurs de Mila. L’IRT Saint Exupéry Canada a désormais accès à un espace coopératif dans les locaux de Mila, la proximité avec les chercheurs et les partenaires industriels de Mila favorisant le montage de programmes de recherche franco-canadiens multi partenariaux.
Si l’antenne canadienne de l’IRT Saint Exupéry a été choisie pour intégrer la plate-forme Mila, considérée comme l’une des meilleures au monde pour la recherche et le développement en intelligence artificielle, c’est bien grâce au partenariat noué il y a deux ans avec le centre de recherche québécois IVADO, Institut de la VAlorisation des DOnnées fondé pour développer des projets partenariaux en IA avec l’industrie. Après le projet DEEL, initié en commun et maintenant intégré à l’Institut Interdisciplinaire d’Intelligence Artificielle toulousain « ANITI » dont il est le moteur, l’IRT Saint Exupéry et ses partenaires québécois développent de nouvelles expertises dans le domaine de l’IA de confiance et d’aide à la décision pour les systèmes critiques, avec des applications pour les mobilités terrestres, aériennes et spatiales, mais aussi pour la santé et l’environnement.
Yoshua Bengio, Directeur scientifique – Mila
« Mila a pour vocation de développer la compréhension des systèmes intelligents pour les mettre au service de toute l’humanité de façon éthique, inspirante et durable. Au sein de l’institut, plus de 500 chercheurs d’excellence se concentrent sur l’apprentissage profond et les réseaux de neurones qui façonnent les systèmes intelligents actuels. Ce partenariat avec l’IRT Saint Exupéry Canada élargit notre horizon et notre réseau : nous sommes fiers de concrétiser par ce partenariat les engagements de collaboration entre le Canada et la France en matière d’intelligence artificielle. »
Geneviève Fioraso, Présidente – IRT Saint Exupéry
« Je suis convaincue que l’interaction avec les chercheurs, les ingénieurs, les étudiants des laboratoires et les partenaires de la plate-forme Mila à Montréal sera tout à fait stimulante pour les équipes de l’IRT Saint Exupéry au Canada comme à Toulouse. En nous rapprochant de l’Institut MILA, nous allons accélérer nos travaux et renforcer notre expertise en IA, au service de la fiabilité, la sûreté et la compétitivité des domaines concernés par les systèmes critiques et complexes : transports aériens, spatiaux, terrestres, dispositifs médicaux, environnement. Notre partenariat plus ancien avec IVADO et le CRIAQ au Québec nous permet aujourd’hui, au sein de MILA, de franchir une nouvelle étape dans l’apprentissage profond et la compréhension des systèmes intelligents. Le rapprochement avec ce pôle d’excellence francophone en IA, fondé sur des valeurs scientifiques et éthiques partagées, illustre également la volonté d’ouverture à l’international des Instituts de Recherche Technologique. »
Guillaume Gaudron, Directeur général – IRT Saint Exupéry Canada
« Nous sommes vraiment ravis de rejoindre le Mila. Travailler dans cet environnement privilégié et à proximité de chercheurs d’excellence représente une opportunité inédite pour l’institut d’exprimer ses compétences et de répondre à des préoccupations profondes posées par l’intelligence artificielle. Nous sommes également heureux de pouvoir proposer un modèle de collaboration assez unique, une capacité de réunir des acteurs différents autour de problématiques communes, partagées et ouvertes. Nous mobilisons l’intelligence artificielle sur des thématiques d’avenir comme l’ordinateur quantique, le véhicule autonome, les applications médicales (diagnostic de maladies rares), les satellites, etc. autant de sujets complexes, séduisants, ayant besoin de s’adosser à une recherche scientifique de très haut niveau, et nécessitant de s’appuyer sur des algorithmes d’IA robustes, sûrs de fonctionnement, explicables et, à l’avenir, certifiables.
À propos de Mila :
Fondé par le professeur Yoshua Bengio de l’Université de Montréal, Mila est un institut de recherche en intelligence artificielle qui rassemble aujourd’hui 500 chercheurs spécialisés dans le domaine de l’apprentissage profond et par renforcement. Basé à Montréal, Mila a pour mission d’être un pôle mondial d’avancées scientifiques qui inspire l’innovation et l’essor de l’IA au bénéfice de tous. Mila est un organisme à but non-lucratif reconnu mondialement pour ses importantes contributions au domaine de l’apprentissage profond, particulièrement dans les domaines de la modélisation du langage, de la traduction automatique, de la reconnaissance d’objets et des modèles génératifs.
À propos de l’IRT Saint Exupéry Canada (CRAN) :
L’IRT Saint Exupéry Canada ou CRAN (Centre de Recherche Aéro-Numérique) s’est installé à Montréal en juin 2019. Spécialisé dans les thématiques d’intelligence artificielle, il fédère académiques et industriels grâce à un modèle de collaboration reconnu pour construire avec eux des programmes de recherche multi-partenariale dans un cadre franco-canadien.
L’IRT Saint Exupéry Canada a été fondé par l’IRT Saint Exupéry, institut français de recherche et d’innovation très engagé dans les collaborations franco-québécoises en particulier au travers de l’ambitieux programme de recherche DEEL* avec ses partenaires IVADO et CRIAQ
Schmidt Futures Grants Lehman Astrophysicist $2.94 Million USD For Study of Quasars, Black Holes
BRONX, N.Y. – (August , 2020) – A Lehman College astrophysicist has been awarded a $2.94 million grant by Schmidt Futures, for a five-year study about the structure and evolution of the universe, black holes, quasars and dark energy.
Schmidt Futures is a philanthropic initiative, founded by Eric and Wendy Schmidt. Eric Schmidt is the former CEO of Google. The grant will award $1.8 million directly to Lehman College and the remainder as a subaward to the University of Montreal.
“This by far is the biggest project we’ve ever attempted,” said Matthew O’Dowd, an associate professor in the Physics and Astronomy Department and writer and host of PBS Space Time. “It’s quite ambitious…and will define the next five years of our scientific lives.”
O’Dowd will lead a team of researchers and students from Lehman, the Borough of Manhattan Community College (BMCC) and the University of Montreal as they study data collected from the Vera C. Rubin Observatory (previously referred to as the Large Synoptic Survey Telescope (LSST), currently under construction on Cerro Pachón in Chile. It is an 8-meter-class telescope coupled to a 3.2-gigapixel camera – the world’s largest digital camera ever fabricated for optical astronomy.
The observatory, the first in the U.S. to be named after a woman, will survey the entire sky of the Southern Hemisphere every three days for the next decade, O’Dowd said, and will map the dynamic nature of the universe. Each single snapshot will cover an area 40 times the size of the full moon.
O’Dowd’s team will develop a machine-learning pipeline (also known as artificial intelligence) for the observatory “to analyze the flickerings of thousands of distant quasars whose light in the very distant universe is powered by violent storms of matter falling into gigantic black holes,” he said.
Due to the enormous dataset and the non-linearity of the problem, machine learning methods are the only viable method for integrating these effects into a model and analyzing thousands of quasars in real time.
“I believe I have assembled the only people in the world who can do this before LSST begins operation, including some machine learning leaders who have just taken faculty jobs at the University of Montreal,” he said. “So that’s our plan: to develop new machine-learning techniques and build them into an analysis pipeline for (the observatory).”
“People are fascinated by these things and we hope to extend their curiosity about the wonders of the universe,” O’Dowd said.
Once the team begins work, O’Dowd will invite Lehman graduates, post-doctoral fellows and current Lehman undergraduates to participate in the project.
“This project is exciting and will help us attract excellent grad students and if it also helps influence other students to come to Lehman, then that’s fantastic,” he said.
“This is an excellent project that will push the limits of precision of measurement and very difficult computing to clarify important questions in cosmology and high-energy astrophysics,” said Stuart Feldman, chief scientist of Schmidt Futures. “We are delighted to support this path breaking work.”
“This is an incredibly prestigious award and we are incredibly proud of Matt,” said Dr. Pamela Mills, dean of the College’s School of Natural and Social Sciences. “He is very good at communicating science and is an amazing physicist. He is, and has been tapped, as one our young leaders.”
Life in SpaceJoe Martino writes, “In what is a cool mainstream find, Russian cosmonauts have discovered LIFE clinging to the outside of the International Space Station. This is the first time living organisms have been found on the space station and scientists are not sure how “it” got there.
In 2014, Cosmonauts found microorganisms on the exterior of the Inter national Space Station. The creatures were found during a space walk to clean the surface of the space station. The organisms seem to be a type of sea plankton and how they remained alive in space is what seems to be troubling scientists. According to Sploid, Russian scientists are both “shocked by [the] discovery and can’t really explain how [it] is possible.”
To some of us we might already believe in aliens, others may not hold that belief, either way; this is cool news because it further shows the possibility of life in space for those that currently don’t believe it’s possible.
Some scientists believe that the organisms were carried from the ocean by uplifting air currents. Since the organisms are not native to Baikanour, Kazakhstan where the vessel took off, many don’t believe they were brought up during flight. This makes it very difficult to answer the question: “How did they get there?”
The organisms found on the vessel have a mouth, limbs, digestive tract, muscles, and a nervous system! They are aliens! Just not in the typical sense we may picture when thinking about life in space. Known as tardigrades, these little creatures are amazing at enduring harsh conditions, which is why drawing the conclusion that they could have originated in space isn’t so tough.
To believers in aliens this is a mainstream discovery that will help open the minds of those who deny any possibility of life in space.
Digital Habits is an extension of the international design studio Habits.
Founded in Milan in 2012, it specializes in connected objects. For example, a few years ago during the 2017 edition of the Superdesign Show by Superstudio, Digital Habits examined in depth the relationship between the user, the context and controls of electronic products. Since then, they haven’t looked back and their new prototypes go beyond the natural interfaces designed by others in the past. In fact, present multisensory systems now connect gestures, space, attention and feedbacks.
The presented products are control devices designed around humans, their anthropometry, their spaces and their best perceiving or moving abilities; they are not based on technical elements such as the size of the display, the currently available sensors or computational capability. Where need be they engineer and manufacture what does not already exist.
This is cutting edge stuff.
These devices express a new design Humanism where the user has a central role prevailing to the underlying technology sophistication. This is a different approach from the usual ‘technological one’ where the tendency to standardize components brings also the standardization of user experiences.
Instead, Digital Habits has presented three new projects that have colour as a common thread linking the user experience, the object and the environment:
OSOUND XL: a new Air Gesture Control Bluetooth Loudspeaker, covered by colourful fabrics; Its wide size qualifies OSOUND XL as piece of smart furniture rather than just a well-designed electronic device.
COLOR SWING: an ambient light detection system of the color information of an object surface which is returned as a light feedback to the environment XVOID: a new generation of air gesture interfaces, to control light/colour intensity; for the exhibited project, the presented case is the control of white and coloured light. Digital Habits has already won several international awards (RedDot Design, Core 77, Expo Award) and received a vast press coverage (selected by CNN as best 10 Technology objects for your home, presented on TED Talks ideas worth spreading, The Telegraph, Mashable, Gizmag, etc.). Digital habits products are available in most exclusive retailers. For the Silo, Jarrod Barker.
Five years ago more than 40 babies born in Jamaican hospitals became infected with lethal bacteria – half of them died. The bacteria Klebsiella, like the coronavirus, is spread from person-to-person or via contaminated surfaces. It can be killed by hand-washing with warm soapy water.The situation caught the attention of technology student Rayvon Stewart based in Jamaica who set about finding a way to curb the spread of harmful germs. “I made a determined decision that I was going to find a solution to limit the transfer of pathogens to multiple surfaces, thereby saving lives,” says Rayvon.
Young innovators in health I met Rayvon at the Commonwealth Health Ministers Meeting (CHMM) in Geneva last year. He was among the finalists shortlisted for last year’s Commonwealth Health Innovation Awards. He took part in an exhibition on the theme ‘Universal Health Coverage: Reaching the unreached, ensuring that no-one is left behind’ which highlighted how young people are tackling age-old challenges with modern technology and disruptive thinking.
The event underlined Commonwealth commitment to empowering young people as outlined in our charter and also our contribution to achieving the Sustainable Development Goals. I spoke to five extraordinary innovators who made it as finalists of the Commonwealth Health Innovation Awards which recognize outstanding young people whose groundbreaking projects have made a real impact in helping their countries achieve Sustainable Development Goal 3, which is to ‘ensure healthy lives and promote well-being for all at all ages’.
William Wasswa was working on a digital pathology platform for automated diagnosis and classification of cervical cancer from pap-smear images. Then there was Midia Hassan using 3D printing technology to provide prosthetics to amputees living in refugee camps and poverty zones. Another timely invention is that of Nitash Jangir who was one of 15 finalists at our SDG innovation awards. Nitash invented a neonatal breathing support device for low resource settings, with multiple powering options. It maintains respiration and oxygenation in premature neonates with Respiratory Distress Syndrome by providing constant airflow and pressure to keep the lungs open during transport to a tertiary care setting.
I was struck by the ability of young minds to find solutions to real problems in their communities, and their persistence in finding support to scale-up their projects.In Rayvon’s case, he focused on the most common places where bacteria and viruses could easily be left by one person and picked up directly by another. He came up with what he calls ‘Xermosol’- a simple-to-install device that automatically disinfects door knobs and handles after each use.
The innovation uses ultraviolet light to target and specifically kill harmful microorganisms, while being harmless to human beings.
The potential to save lives The potential impact of Rayvon’s invention could now be even more important than when he first conceived it, as the world battles the frightening COVID-19 pandemic. The coronavirus lives up to two or three days on stainless steel and metal, and several hours on fabric depending on factors such as temperature and humidity. Field and laboratory testing has validated Xermosol’s efficiency in killing more than 99.9% of deadly pathogens. In addition to health facilities, Rayvon hopes it could help reduce transmission of germs in other public spaces such as schools and businesses.
Tests carried out in conjunction with University of Technology, Jamaica and University of the West Indies show Xermosol destroys organisms such as MRSA and E-coli and destroys viral cells such as influenza virus H1N1.This is a huge step in the fight against microorganisms and offers new ways of thinking around combatting viral cells such as Coronavirus.
Supporting young people to innovate Rayvon says the recognition he received from the Commonwealth Health Innovation Awards was a key moment in Xermosol’s progress, generating immense interest in the project. But now the production of Xermosol faces a number of considerable challenges – from development funding to finding a manufacturer to mass produce. Financing options are mostly focused on large-scale innovation, but the Commonwealth is exploring and proposing that all 54 member-countries go into partnership with the Global Innovation Fund to help young innovators like Rayvon.
Over the past two years, the Commonwealth Youth Health Network has worked closely with the Commonwealth Secretariat and member states to leverage the unique capabilities of young people and drive forward progress toward SDG3 (which includes a bold commitment to end the epidemics of AIDS, tuberculosis, malaria and other communicable diseases) and health-related development goals. Citizens aged under 30 comprise 60 per cent of the Commonwealth’s population – a proportion that is 10 per cent higher than the global average.
In the course of my interaction in and with our member countries I am continually impressed by the drive of these 1.4 billion young people. They have the ideas, energy and talent to make a huge difference in their communities – and they are doing so. For the Silo, Patricia Scotland, Commonwealth Secretary-General. Featured image: mock up of one type of door handle with integrated UV light.
The FlyKly Wheel turns ordinary bicycles into 21st century smart bikes that offer the benefits of both electric and pedal power to make bicycle commuting a viable option for everyone.
Cycling anywhere just got easier with the release of the FlyKly Smart Wheel, that lets urban cyclists climb hills and travel longer distances faster without breaking a sweat. Featuring an all-in-one design that puts a motor, battery and sensors together in a compact hub on the wheel, and weighing only 3 kg, the FlyKly Smart Wheel replaces the rear wheel on nearly any ordinary bike to transform it into a pedal-assisted electric bicycle. The FlyKly Smart Wheel has already earned three international patents and is the first all-in-one pedal assist for bicycles to hit the market.
“With bike to work movement all over the world, we strongly believe that the moment is now to accelerate this trend and fundamentally transform urban transportation by making riding a bike effortless, smooth and smart — basically, by finally making it a truly attractive alternative to driving a car. This is the promise of FlyKly Smart Wheel” said Niko Klansek, founder and CEO of FlyKly. FlyKly launched its prototype wheel a few years ago in a successful crowdfunding campaign on Kickstarter. To take the wheel to the next level, the FlyKly team ventured to Italy—a country well known for producing beautiful, high performance bikes—to partner with a team of designers, engineers and software developers from the prestigious Polytechnic University of Milan.
Today, the Italian-designed FlyKly Smart Wheel is significantly smaller and lighter than the original design and offers a smoother ride while enabling cyclists to travel up to 100 km on a single charge depending upon how much of a boost they need or want from the motor. After production in Italy, the wheel is assembled in Slovenia. The FlyKly wheel and riding experience are controlled and customizable through the FlyKly App (iOS and Android), which works on smartphones and other devices using Bluetooth 2.3.
Design The FlyKly Smart Wheel comes in three rim sizes — 20,” 26” and 28” — to fit practically any bike and enable cyclists to easily transform their own bikes into pedal-assisted electric bikes. It takes fewer than five minutes to mount the fully assembled wheel. The sturdy, weatherproof casing for the all-in-one motor at the wheel’s hub comes in two colors—either pure white or silver gray—and is less than 18 cm in diameter. Bikes with the FlyKly Wheel do not look at all like traditional electric bikes, which are generally larger and heavier.
How it works The expression “it’s as easy as riding a bike” still applies when riding a bicycle enhanced with the FlyKly Smart Wheel. After initially pairing the wheel with the FlyKly App, the rider can customize and change their riding experience whenever they wish, setting things such as how much of a boost they want from the motor — ranging from 0 % to 100% — or what maximum assisted speed they want, up to 25 km per hour. After that, the rider simply hops on the bike and starts pedaling per usual. In response to the rider’s settings, sensors in the wheel tell the motor when and how much to kick in to give the rider the boost they want. The 250W motor shuts off when the rider stops pedaling, and Smart Wheel’s regenerative braking system then kicks in to slow the bike and recharge the battery at the same time, making it possible to go even further on a single charge. With a 100%-assist from the motor, a rider can go up to 40 km on a single charge, and much farther if they require less assistance or can add to the charge while going downhill. It takes 2-3 hours to fully charge FlyKly Wheel’s 30 Volt lithium battery using an electric wall charger, which comes with the wheel.
Test locations So far, riders can test FlyKly Smart Wheel in Europe (Copenhagen, Oslo, Ljubljana) and in US (New York). Exact test locations can be found here.
Smart Light Smart Light is bike light, phone holder and phone charger at the same time. It comes with USB and DC power connectors, silicon elastic phone straps that holds your phone firmly and dynamo, which generates power to the light while you ride the bike. It comes in white color and compliments Smart Wheel nicely.
Smart App In addition to being able to customize their riding experience through the FlyKly App, riders can use the Smart App to track their riding speed, distance traveled and trip duration. In the future, the app will be able to make route recommendations based upon the rider’s stated preferences and actual riding style. Riders will also be able can share any of this information with other riders, and offer it to city officials to help with plans to make their cities more bike- and environmentally friendly.
Pricing and availability The FlyKly Smart Wheel is available now in rim sizes 20”, 26” or 28” and may be purchased for 970 EUR and the FlyKly Smart Light can be purchased for 89 EUR on the company’s website at FlyKly online store. The companion FlyKly App is available for free in the iTunes App Store (iOS) and in the Google Play Store (Android).
About FlyKly Inc. FlyKly, Inc. designs and manufactures smart tools for smart urban transportation. Its flagship product is the FlyKly Smart Wheel, which turns ordinary bicycles into pedal-assisted electric bikes. The Italian-designed and Slovenian-assembled FlyKly Smart Wheel, which has earned three international patents, was released in January 2015 and is the first all-in-one pedal assist for bikes to hit the market. The company was founded in 2010 by Niko Klansek and is headquartered in Brooklyn, New York. More information is available at www.flykly.com or contact marketingdirector@thesilo.ca
A deep-sea scientific mission to uncharted depths in the Maldives and Seychelles will gather valuable data to support the Commonwealth Blue Charter on ocean action and train local scientists.
The newest Commonwealth member country, Maldives, has joined Seychelles to launch a major joint scientific expedition to investigate unexplored depths of the Indian Ocean.
The ground-breaking multidisciplinary research mission, known as ‘First Descent: Midnight Zone’, was officially launched at the Commonwealth headquarters at Marlborough House.
Led by the UK research institute Nekton, the goal is to boost the sustainable governance of Seychelles and Maldivian waters, including the protection of 629,000 km2 of ocean.
It supports the Commonwealth Blue Charter – a shared commitment by member countries to protect the ocean from the effects of climate change, pollution and overfishing.
Minister for Fisheries, Marine Resources and Agriculture of the Maldives, Zaha Waheed, said: “It is vital to comprehensively understand what lies beneath our waters in order for us to be informed enough to take necessary actions towards a healthy and prosperous ocean.
“This mission will, for the first time, show a glimpse of what the deep sea features and the biodiversity it holds. It will also contribute to the wider goal of marine spatial planning and ocean governance.”
A 50-person crew will set sail on 16 March, using the world’s most advanced deep diving submersible, equipped with a suite of research tools including sensor and mapping technology.
The data they collect will help countries define conservation and management priorities and map out marine protected areas. It will also help measure the impact of climate change and human activity in the area.
Commonwealth Secretary-General Patricia Scotland said: “We cannot protect what we don’t know and we cannot govern what we don’t understand. With 95 per cent of the ocean still unexplored by humans, we are only just beginning to grasp its profound influence on life, including its effect on global climate and ecosystems.
“It is pleasing to see the commitments of our Commonwealth Blue Charter leading to such far-reaching and innovative science-backed ocean action in, with and for our member countries.”
The expedition will focus on undersea mountains or ‘seamounts’ in the Midnight Zone – depths from 1,000 to 4,000 metres, where biodiversity peaks. This zone holds critical indicators to measure the impact of the climate crisis, fisheries management, heat absorption, acidification, ocean carbon cycle, and plastic, agricultural and industrial pollution.
The damage or overexploitation of seamounts can have widespread consequences on ocean health, food security, and other benefits the ocean provides, such as the discovery of new medicines.
Principal Secretary at the Ministry of Environment, Energy and Climate Change of Seychelles, Alain Decormamond said: “Seamounts form some of the most fascinating and richest locations in our waters and beyond in the wider Indian Ocean. We are therefore looking forward to exploring even deeper depths of our ocean to have a better understanding of natural characteristics and richness of these locations.”
The mission’s principal scientist Lucy Woodall from the University of Oxford added: “We find the greatest biomass in the upper few hundred metres of the ocean, but the peak of biodiversity is in the greater depths, in the Midnight Zone, from 1,000 to 4,000 metres. That said, less than 300 of 170,000 known major seamounts found in this zone have been researched to date, and they remain one of the least researched parts of the ocean.”
Nekton is also working with Commonwealth countries to develop the tools, skills, knowledge and networks to sustainably manage the ocean. Seychellois and Maldivian scientists will join the expedition to conduct pioneering research into their national waters. This is supported by training programmes, research grants and fellowships with the University of Oxford.
Seychelles champions the Commonwealth Blue Charter action group on marine protected areas. To date, 13 countries have stepped forward to lead on 10 topics they identified as priorities.
The Commonwealth covers a third of the world’s coastal oceans, 45% of coral reefs and the majority of the world’s big ocean states and territories. Forty-seven out of our 54 countries have a coastline, and three of the remaining landlocked states border great lakes. The Commonwealth Blue Charter is a landmark agreement that engages all 54 Commonwealth countries to commit to actively co-operating to solve ocean-related problems and meet commitments for sustainable ocean development. Visit our website to learn how to join action groups.
Seychelles
The Seychelles Blue Economy Strategic Roadmap and Plan has been developed and implemented by the Government of Seychelles in partnership with the Commonwealth Secretariat. A key component of this, the Seychelles’ Marine Spatial Plan, is being undertaken in partnership with The Nature Conservancy. By March 2020 this will result in the sustainable management of all the Exclusive Economic Zone including 30% within the newly formed Marine Protected Areas (445,000 km2 of 1,336,559 km2). The implementing partner for the expedition is the Ministry for Environment, Energy and Climate Change. Seychelles champions the Commonwealth Blue Charter Action Group on Marine Protected Areas.
Maldives
Maldives Blue Prosperity Programme is being undertaken by the Government of the Maldives in partnership with the Blue Prosperity Coalition and the Waitt Institute. The Programme begins in 2020 with a goal of the sustainable management of the Maldivian Exclusive Economic Zone including a spatial target of at least 20% within newly formed Marine Protected Areas (184,000km2 of 923,000km2). The implementation partner for the expedition is the Ministries of Fisheries, Marine Resources and Agriculture. First Descent: Midnight Zone is the third of four expeditions being undertaken in Maldives in support of Maldives Blue Prosperity. #KanduFalhuDhiraasaa and #NooRaajje
First Descent: Midnight Zone
First Descent is a series of missions undertaken by Nekton in partnership with Governments in the Indian Ocean region. Beginning in Seychelles in 2019, the Mission concludes with a State of the Indian Ocean Summit in October 2022 to deliver scientific consensus on the state of the Indian Ocean and to galvanise 30% protection by 2030. Each mission combines national commitments to ocean protection, marine spatial planning, applied research to inform ocean policy, inspirational communications to strengthen the public support for political action and investments in capacity development to create a legacy of long-term sustainable ocean governance. #MidnightZone #FirstDescent
Seamounts
Seamounts are undersea mountains formed by volcanic activity. Scientists estimate there are at least 100,000 seamounts higher than 1,000 meters around the world. Recent estimates suggest that, taken together, seamounts encompass about 28.8 million square kilometres – a surface area larger than deserts, tundra, or any other single land-based global habitat on the planet. Seamounts attract an abundance of marine life, many of which are endemic to individual locations. Seamounts are productive fishing grounds for more than 80 commercial species worldwide.
Nekton
Nekton is an independent not-for-profit research institute working in collaboration with the University of Oxford and is a UK registered charity. Nekton’s purpose is to explore and protect the ocean. Nekton’s missions are supported by a unique alliance of 40 business, government, academia and civil society partners uniting behind a common purpose to explore and conserve the ocean. They include:
Mission Partners (2): Omega, Kensington Tours
Strategic Partners (8): The Commonwealth; Teledyne Marine, Sonardyne (Official Subsea
Technology Partners), Caladan Oceanic (Expedition Partner), Associated Press (Official News Agency Partner), Inmarsat (Official Satellite Communications Partner), Blue Prosperity Coalition, Waitt Institute (Maldives Blue Prosperity).
Collaborating Partners (17): CEFAS (Subsea Research Equipment); Deep Sea Power and Light, Paralenz, Bowtech (Subsea Camera & Light Partners); Triton (Submersible Partners); Priavo Security (Maritime Security); Technicolor, AXA-XL & Encounter EDU (Education); University of Oxford; Institute of Marine Engineering, Science & Technology – IMarEST; EYOS Expeditions (Logistics); Great Campaign (UK Government, Foreign & Commonwealth Office); Ocean Unite, Helly Hansen (Apparel), IUCN, Project Zero, Sky Plc.
The Blue Prosperity Coalition is a global coalition of NGO’s, academic institutions, and foundations working together to promote growth and prosperity while empowering sustainable management of marine resources and ecosystems. The coalition assists committed governments in developing and implementing sustainable marine spatial plans to protect the environment and improve the economy at the same time. Primary members in the Maldives partnership include Waitt Institute, National Geographic Pristine Seas, Scripps Institution of Oceanography, and Nekton. #BlueProsperity
Waitt Institute
Established by Gateway, Inc. co-founder Ted Waitt in 1993, the Waitt Institute, partners with committed governments to develop and implement comprehensive, science-based ocean management plans that benefit both the economy and the environment with the ultimate goal of sustainable, resilient, and thriving seas that benefit all.
In the past decade and a half cellphones have evolved from contraptions you make calls from to devices that do so much more. Now they can help you organize your social life, perform your banking and act as a food diary. There’s an app to be found that is based on your entire existence!
With tablets being commonly used in schools, and the fact that ICT is a relatively new subject, technology is changing the way students are being taught.
In this piece, we’ll provide a comprehensive guide of how technology will shape the future of education and what students will be studying and using in years to come.
From making use of 3D printers, to using virtual reality as part of an immersive learning experience, the possibilities are endless!
So what are you waiting for? Take that first step to get ahead in the future by having a sneak peek in this infographic from our friends at educationcity.com.
Smart Speakers 101 The trendy devices can help you with everything from appointment reminders to grocery shopping lists to playing your favorite music and podcasts. It’s that last item that has the radio world excited. Find out why all the buzz is good news not only for broadcasters but also importantly for you.
A recent trend has shown an increase in radio listenership through popular smart speakers such as Google Home and Amazon Alexa. So what can broadcasters do to take advantage of this trend? Steve Goldstein of Amplifi Media and Sonic Ai aims to help.
A broadcaster by trade, most recently as EVP at Saga Communications, Steve saw a shift to on-demand content, and in 2015 launched Amplifi, a firm focused on developing on-demand audio—the intersection of podcasting and broadcasting. Earlier this year, Steve partnered with Jacobs Media on Sonic Ai, who develops smart speaker skills (more on skills later) for podcasters and broadcasters.
So what is it about smart speakers that make it easier for people to listen to radio? Steve explains, “There are a number of factors. For starters, the number of radios in the home has been on a steady decline. By some estimates, two-thirds of homes do not have radios. Generationally it’s even fewer.” Steve says the notion that it’s a choice between a radio and something else isn’t really true anymore – in some homes, there is no radio.
While it may be hard for those of us in the broadcast industry to imagine, the smartphone has replaced the radio and clock radio in many homes. “The smartphone is an entertainment hub,” Steve says. “It’s where people listen to music, get the news, watch videos, and so on. It’s transitioned from a telephone to a full-fledged hub. Part of that hub can be radio, but very little listening to radio occurs through the device.”
Steve says radio stations need to think beyond the transmitter and audio stream. While there are only so many radio stations in a market, there are 100,000 radio stations available via the TuneIn Radio app, streaming services like Spotify and Pandora, and 400,000 podcasts. “You’re talking about an awful lot of audio,” he asserts. “The focus needs to be on-demand content. That’s the trend. The expectation today is that content is available on-demand.” The ability to listen whenever and wherever a listener desires—in the car, while they’re walking the dog, when they’re exercising—is in step with today’s lifestyles.
It’s the same arc we’ve seen on the video side with on-demand services such as Netflix, Hulu, and others. While adoption has been slower on the audio side, the conversion is happening rapidly among millennials.
An Edison Research study from NPR earlier this year showed that somewhere between 7-11% of homes in the U.S. have these devices and the largest group of users is millennials (18-34). And we should expect this trend to continue, especially with the holidays upon us. “We should expect these devices are going to sell like hotcakes over holiday season,” Steve says. He points out that some analysts predict that market penetration may increase to 15-18% by the end of the year.
Smart Speaker
With the trend toward radio and audio consumption through smart devices, it’s apparent the way forward for broadcasters is to develop new ways to connect audiences to their content.
Got Skills?
You’ve probably heard the term skills thrown about when smart speakers are discussed. So what exactly are skills? And how do they relate to broadcast audio consumption via smart speakers? Steve explains. “Think of smart speakers as computers… They don’t know what to do until you teach it. In this case, Amazon refers to the learning aspect of the device as a skill. We develop skills and invocations for the stations we work with.”
As an example, Sonic Ai built a skill for WMMR in Philadelphia called ‘Open MMR.’ The listener hears a greeting from the morning show, then is offered a menu of choices. Listeners can choose to listen to the live stream, the latest podcast of the morning show, or the show’s top feature, called ‘The Bizarre Files’—an 8-12 minute piece of audio you can listen to without sitting through the entire morning show. Steve says WMMR has seen significant traction from listeners who missed the segment on the morning show tuning in to listen at a time convenient to them.
For a top-performing morning show, this is huge; for the first time, there’s a retention strategy, with the ability to repurpose and reuse audio. Additionally, in PPM markets, listening to content within 24 hours of the original broadcast is accretive to a station’s ratings.
Steve points out that when it comes to a radio station’s invocations and skills, getting it right is essential. Depending on the name or phrase used to identify a station, the invocation might not provide the audio stream you’re looking for. Steve cites the phrase ‘Lite FM’ as an example. “If you say ‘Play Lite FM’ as your invocation, you’re going to get Lite FM in Beirut, Lebanon, or an Inspirational station in Albany, NY. So you need to get your name and invocation correct, and register it.”
Steve suggests however that if stations are only doing this for streaming purposes, that’s not enough. “The real opportunity is with on-demand audio, which is what we’re focused on.”
The capabilities of smart speakers are constantly being enhanced, and they’re used for a variety of tasks, but audio is by far the top option. That’s the good news, Steve says, but the challenge for broadcasters is that that audio is coming from a variety of sources. “The linear AM/FM notion is going away, but the notion that broadcasters create relevant content is not, so they need to be more flexible about where content is being consumed, less focused on the transmitter, and more focused on devices that can play audio.”
It’s a new challenge, but with booming sales of smart speakers and potential for a measurable increase in listeners, it’s a challenge broadcasters need to embrace. Steve sums it up. “Broadcasters need to get out of the radio business and into the audio business. That will change your thinking about everything.” For the Silo, Dave Sarkies/Telos Alliance.
Is there any question that Artificial Intelligence, or “AI”, is going to play a huge role in the future? The short answer is no- it’s already playing a large part today, so let’s delve into this new tech and look at how it is benefiting the energy sector and what we can expect to see from this AI phenomenon in the not so distant future.
Lincoln is one of America’s all-time classic luxury automakers, but the manufacturer has also been praised for making vehicles which respond to the needs of today. So it’s natural, then, that anybody who wants a glimpse into the best cars on today’s markets takes a look at Lincoln.
Let’s see what’s going on with the 2020 Lincoln Aviator, a mid-size luxury SUV that shuttles everybody around in safety and unmatched style.
Under the Hood
The Lincoln Aviator lets you choose from different powertrain options, so it’s easy to get all the power you need or want. The standard Twin-Turbocharged 3.0L V6 engine generates 400 horsepower and is good for 415 lb.-ft of torque. This should be more than enough, but in case it isn’t, the Grand Touring Aviator utilizes a battery-powered electric motor paired with the Twin-Turbocharged engine for a total of 494 horsepower and a killer 630 lb.-ft. of torque.
One look at the Lincoln Aviator is enough to know you’re not looking at a normal SUV. This luxury mid-size SUV has even more trimmings than other comparable vehicles — this is a three-row SUV designed to indulge everyone inside the car, both drivers and passengers.
Rich features like Savannah leather, premium suede cloth and special woods communicate to everybody that this is a very special vehicle. The level of detail combined with an attitude that never cuts corners on luxury will genuinely thrill everybody who comes across it.
Technology For Comfort, Safety And Entertainment
Whether you’re carpooling all the kids or you’d like to keep yourself comfortable, connected and entertained on a solo drive, the Aviator has everything you need. The available Perfect Position Seat with Active Motion conforms to your back, and takes comfort to another level.
Advanced safety features are bundled together in the available Co-Pilot360™ Plus package, which includes Evasive Steering Assist, Reverse Brake Assist, Active Park Assist Plus and Adaptive Cruise Control with Traffic Jam Assist, and too many more to name.
The Heads-Up Display puts essential information the driver needs right on the windshield, so you don’t need to take your eyes off the road. There are even features to take all the stress and worry out of parking.
Lincoln and the sound engineers at Revel Audio teamed up to create a 28-speaker system that will make your favourite music sound better than ever. The car itself is a 4G LGE Wi-Fi hotspot, which makes it possible for you and all your passengers to keep connected to friends and family, as well as remain occupied during long drives.
If you’re looking for some of the highest accomplishments in luxury vehicle manufacturing, check out the latest Lincoln Aviator. For a beautiful ride that keeps you, your passengers and everybody on the road safer, comfortable, and even entertained, the Lincoln Aviator is representative of the best vehicles made today.
Hey Silo readers! This infographic courtesy of FuelFighterUK demonstrates how production could look in 2040 and what is being done to make our world a greener place. The infographic covers the projected worldwide growth in energy demand, what is being invested to change the renewable outlook and some awesome eco-friendly innovations that have been made by technology companies. For the Silo, Louis Dixon
What happened when Katya Eames, a 16 year old female dropped out of High School and joined the tech world by enrolling in a coding school?
Joe Eames, her father, is a successful programmer. He believes in empowering youth and females, through technology. He got his daughter involved in some basic exposure to programming and web development. The more she got involved, the more empowered she felt.
Katya was selected to speak at one of the largest recent gatherings of web developers, ng-conf. Following, she attended an event where she taught Governor Herbert of Utah how to code. Katya will complete her high school requirements using an online high school.
What are the thoughts of a high school age female about dropping out of school to attend DevMountain, a coding school in Utah?
What do you think was missing from your High School experience in terms of your personal interests?
What I think was missing from my high school experience was the ability to actually learn, and to try new things and grow at your own pace. It seemed less like they wanted you to learn, and more like they wanted you to pass tests.
Was it difficult to transition to coding school at your age?
It was. In high school it was easy for me to not pay much attention and do my assignments at the last minute but still get relatively good grades. Then at DevMountain, I had to manage myself and had no grades to try and earn. It was definitely very different from high school.
How important was the role of your father, a professional programmer, in helping you make your decision?
He was really important in my decision because he was an example of how successful I can be doing something I love, and he was really supportive of me choosing to do it though it’s not the normal way to go about getting an education.
Are you finding the online, high school learning experience something you can easily handle?
I haven’t started yet, but from what I’ve seen and heard from friends who do online schooling, it seems to be much more my speed than traditional public schooling.
Would you encourage other members of your generation to think about their options while still in high school, and perhaps go into coding?
Definitely. You should explore your options as much as you can in high school, even if it doesn’t seem like something you would like. You never know when you’ll discover something you seem to have a natural talent/understanding for, or something that excites you that you never thought to pay attention to (or especially something you thought only those of the opposite sex are supposed to do).
Do you think that members of your generation are particularly adept with computers and likely prospects for a coding school experience?
I do. Those in my generation, and the younger Millennials, have grown up with technology always nearby. We know how to use it and we understand newer technology easier than others. Everyone in my generation has ideas on how to make our world better for us and our siblings and our future children. Programming and computer sciences, along with the other sciences, are great ways for us to advance the world in the direction we want it to go.
Have you begun to make an income with your coding knowledge? Are you in the market for a coding job as an employee or contractor?
I have started making an income, not solely on my programming, but also on my unique views as someone who wants to know what they want to do in life at a young age in has taken a very untraditional route to pursue that career. As of now I am in the market for smaller projects while I finish school and continue learning.
What do your friends think of this, leaving high school and learning a skill early on in life where you can make an income?
Some of them were worried first about my sudden decision to drop out of school in the middle of my junior year, but now they’re all very supportive of me and think it’s really cool that I’m able to pursue what I want to do. (though they all have the same complaint of missing me at school.)
Lastly, what are the ideal personality characteristics for a young person to become involved and succeed at coding school?
They need to be willing to push themselves and manage their own time. They also need to be able to be critiqued regularly by those who are more experienced than them and know that most, if not all, critiques are done with good intentions. You need to be willing to continue learning. Technology is always changing, and so the languages we use to program that technology have to constantly adapt. You never know everything there is to know when you’re a programmer.
About DevMountain
DevMountain started in 2013 in Utah. With over 300 graduates, two campuses, and six course offerings, DevMountain is the largest coding/technology school in the Intermountain West, and one of the highest rated coding schools in the United States.
Supplemental- Could Amazon’s AWS Lambda signal a new future for ‘automated coding’?
Have things changed in the past 5 years? Take a look at this article from 2014 and let us know via the comments section below.
In the summer of 2007, Mike Lazardis, co-founder of BlackBerry, got an iPhone to check what’s inside. He pried it open and was shocked on what he saw: BlackBerry wasn’t competing with a phone, he thought, it was competing against a Mac. Lazardis was recalling that moment in an interview with The Globe and Mail, hinting about the months leading to the fall of RIM.
Such is the iPhone’s disruptive story: it put the computer in our phones and made them smart. Suddenly, we could buy and play music in our phones, surf the net via wifi, run desktop-like OS, and, the best defining factor of a smartphone, download apps. We do all that without a keypad (to BlackBerry’s shock). No, Apple didn’t invent these technologies, it innovated them. Over a decade earlier, IBM had Simon, the world’s first smartphone.
In the infographic prepared by our creative team we highlighted the key features in each iPhone launch since the first generation phone came out in 2007. Some features are truly innovative (A series chip, Siri, App Store) and some are unabashed embellishments.
So what’s in store for future iPhones? We can get some clues from Apple patents registered with the U.S. Trademark and Office. Apple is developing an audio jack to double as a headphone jack, plus an audio transducer that doesn’t need a grille to emit sound. That means future iPhones can be totally enclosed or water-proofed. Another patent talks about combining motion analyzer, scenery analyzer, and lockout mechanism to detect if you’re driving and disable Messages Apps. With the increasing text-induced car accidents, expect this feature sooner than later.
Yet another patent indicates that Apple is cooking an intelligent Home Page that brings up the app you need for specific scenarios like when you need to show an electronic ticket in an airport or an e-coupon at a counter. The patent uses location-based signals and tracks user data patterns like calendars, emails, notes, etc. to predict when to bring up the app.
But let’s not talk about the future; rather, let’s see what iPhone users want today. For the Silo, Alex Hillsberg.
A recent OECD report finds that low and middle income earners have seen their wages stagnate and that the income share of middle-skilled jobs has fallen. Rising inequality has led to concerns that top earners are getting a disproportionate share of the gains from global “openness and interconnection”. During a Summer 2017 meeting of OECD, employment outlook revealed that job polarization has been “driven by pervasive and skill-biased technological changes.
Founded in 1945, the United States Council for International Business (USCIB) builds awareness among business executives, educators and policy makers around issues related to employment, workforce training and skills enhancement. CMRubinWorld spoke with USCIB President and CEO Peter M. Robinson, who serves as a co-chair of the B20 Employment and Education Task Force, through which he helped develop recommendations to the G20 leaders on training for the jobs of the future. Robinson also serves on the board of the International Organization of Employers, which represents the views of the business community in the International Labor Organization.
“I think the guiding principle for government should be to protect and enable/retrain the worker, not protect the job. Policy makers and educators should focus on making sure that workers are as equipped as possible to transition to new opportunities” Peter Robinson.
Peter, welcome. How severe do you believe jobsolescence will be over the next 20 years? How big will the challenge be to offset it and maintain a growing workforce?
I really don’t think the overall effect will be as dramatic as some people fear, at least for the medium-term as far as we can tell. There is an over-hype factor at play, but the consequences still deserve serious attention. For one thing, so many of the jobs in the United States, Canada and other advanced economies are in the service sector, and involve interacting with other people. Despite all the advances in AI, we are still a long way off from robotic nurses or home health aides. Overall, history tells us that at least as many new jobs are created as are displaced by technological innovation, even though transitions can be difficult in some sectors and localities, and as long as upskilling takes place.
“The biggest threat is that our educational institutions won’t be able to keep pace with new skills demands.” — Peter Robinson
What do you think are the biggest obstacles facing college grads today trying to enter the workforce?
I actually think the greatest obstacles are faced by those who don’t make it to university or some form of higher education beyond high school (a four-year degree is not the right path for everyone). A 2014 Pew survey found that among workers age 25 to 32, median annual earnings of those with a college degree were $17,500 greater than for those with high school diplomas only. Obviously, everyone at whatever educational level needs to keep their skills sharp, and governments should join with employers and educators to instill better life-long learning. But there are far fewer established paths toward long-term employment at a middle-class level of income for those who don’t graduate from college. A greater emphasis on vocational education and apprenticeships would help. We strongly support the work being done by United States Secretary of Labor Acosta to promote apprenticeships.
Given that machines are in the process of stripping white collar workers from their jobs, what kind of skills are key manufacturing and service industries going to need from new employees?
I think the premise of your question is overstated. We’re all being told that our jobs are doomed by robots and automation. But the OECD estimates that only nine percent of jobs across the 35 OECD nations are at high risk of being automated, although of course even 9% can be generative of social difficulties. But there is an established track record across history of new technologies creating at least as many new jobs as they displace. Usually these new jobs demand higher skills and provide higher pay. The biggest threat is that our educational institutions won’t be able to keep pace with new skills demands.
“It is becoming clear that Versatility matters, in a constantly changing world, so Jim Spohrer’s IBM model of a “T-shaped” person holds true: broad and deep individuals capable of adapting and going where the demand lies.” — Peter Robinson
In an economy with a significant on-demand labor force, what competencies will these workers need to compete?
There are two types of competencies that will be needed: “technical” – or in other words, related to deep knowledge of a specific domain, whether welding or optogenetics; and “transversal,” which applies to all occupations. Those are described by the Center for Curriculum Redesign as skills (creativity, critical thinking, communication, collaboration), character (mindfulness, curiosity, courage, resilience, ethics, leadership) and meta-learning (growth mindset, metacognition).
How will managerial skill requirements change as a result of major structural changes that are likely, including human replacement by machines and growth of the on-demand economy?
OECD’s BIAC surveys of 50 employer organizations worldwide has shown that employers value not just Skills as described above, but also Character qualities as well. Further, it is becoming clear that Versatility matters, in a constantly changing world, so Jim Spohrer’s IBM model of a “T-shaped” person holds true: broad and deep individuals capable of adapting and going where the demand lies.
“We often hear about the need for more STEM education. But I think there is an equal need for a greater emphasis on the humanities and the arts, for their intrinsic value as well as for developing skills and character qualities.” — Peter Robinson
What central changes in school curricula do you envision, both at the secondary school and college levels?
We often hear about the need for more STEM education. But I think there is an equal need for a greater emphasis on the humanities and the arts for their intrinsic value as well as for developing skills and character qualities as described above. As David Barnes of IBM wrote recently, these skills are more durable and are also a very good indicator of long-term success in employment.
How can the evolving changes in competencies required for employment be effectively translated into school curricula? Where are the main opportunities to enable this? e.g. Assessment systems? Business/Education collaboration? Curriculum change?
I’d go back to something else David Barnes said: We need much stronger connections between education and the job market, in the form of more partnerships among employers, governments and education institutions. Everyone needs to step up and create true partnerships. No one sector of society can address this alone. OECD’s BIAC has also documented employers’ wishes for deep curricular reforms to modernize content and embed competencies in order to meet today’s market needs.
What role should government play in ensuring citizens receive a quality and relevant education given the challenges that lie ahead?
I think the guiding principle for government should be to protect and enable/retrain the worker, not protect the job. Policy makers and educators should focus on making sure that workers are as equipped as possible to transition to new opportunities as these develop, and on ensuring that businesses have the freedom to pivot and adopt new technologies and business processes.
For the Silo, C.M. Rubin. C. M. Rubin is the author of two widely read online series for which she received a 2011 Upton Sinclair award, “The Global Search for Education” and “How Will We Read?” She is also the author of three bestselling books, including The Real Alice in Wonderland, is the publisher of CMRubinWorld and is a Disruptor Foundation Fellow.
I spent most of yesterday afternoon watching and taking notes from the 86 minute documentary ELEKTRO MOSKVA. This film is so rich and interesting that I found myself sitting in reflection every time I jotted down another intriguing story element…..and believe me there were lots.
The film’s official website describes itself like this: “ELEKTRO MOSKVA is an essayistic documentary about the beginnings of the Soviet electronic age and what remained of it- a huge pile of outdated, fascinating devices. Today they are being recycled and reinterpreted by musicians, inventors and traders, who carry that legacy on into an uncertain future. An electronic fairy tale about the inventive spirit of the free mind inside the iron curtain- and beyond.”
Well all of that is certainly true but I discovered something deeper….. something partially hidden and really only stated at the end of the documentary: A metaphysical connection between electronic instruments, their circuitry and between immortality and rejuvenation. A sort of Frankenstein subplot. And that makes ELEKTRO MOSKVA much more interesting. It lingers and stays with you as all great films and documentaries tend to do.
Leon Theremin
Leon Theremin
If the inventor of the world’s first electronic instrument- The Theremin is to believed, his experimentation with electronic instrument designs led to techniques that allowed rejuvenation of human life and the bringing of the dead back to life. Kooky stuff to be sure but in our modern age of DNA manipulation and Stem Cell research shouldn’t we keep our minds open to all biological possibilities? Why is it so obtuse to think that electronic manipulation holds the key to immortality? The brain is after all- a sort of electronic computer. Why else would Russia have kept the body of Lenin whole and entombed for over a hundred years? Perhaps I’m getting ahead of myself- let’s move instead to the birth of Communist Synthesizers.
A Ghost of Communism: The backdrop for the film
It began with the Soviet electrification of the country. As Russian homes and farms became wired, Science and Technical Progress became heralded by the state as ‘the new Gods’. In 1926 Léon Theremin ( Lev Sergeyevich Termen ) invented an early form of television which was adapted for border security use and classified. At the same time, the state decided that technological developments were only considered legit and legal if they strengthened communism.
The long awaited electrical revolution expected by the masses and any notions of new, exciting products in Russian homes became instead a sort of electrified jail and super factory. Then, after Russia had successfully developed nuclear bombs and orbited the first man in space- things changed. A celebration of technical progress and Soviet achievement became politicized through the use of synthetic music and sound. Found out what happened next by watching ELEKTRO MOSKVA online in HD. Highly recommended. For the Silo, Jarrod Barker.
According to experts, the weaponization of North Korea’s nuclear weapons program began in the early-1960s or early-1970s. 1 And yet, it was not until October 2002, during high-level meetings in Pyongyang with Assistant Secretary of State for East Asian and Pacific Affairs James A. Kelly, that North Korean officials admitted they were pursuing a nuclear weapon. 2 Four years later, on October 9, 2006, North Korea became the eighth nation — or perhaps ninth 3 — to conducted a nuclear test.
To date, North Korea has conducted three underground nuclear tests. The nuclear fuel used — plutonium and perhaps highly enriched uranium (HEU) — was produced at the Yongbyon Nuclear Research Center about 55 miles north of Pyongyang, North Korea’s capital. In 2000, a female nuclear researcher who had worked at the Bungang branch of the Yongbyon Nuclear Research Center defected. And in June 2002, she was interviewed by RENK (“Rescue! The North Korean People”), a Tokyo-based Japanese civic organization supporting North Korean defectors. Using the alias Lee Mi (“beautiful plum”), Ms. Dong Chun-ok’s answers to thirteen questions were then published on RENK’s website in Japanese. 4
Although excerpts from Dong Chun-ok’s interview appeared in the South Korean press 5 and large portions were later translated into English and published in Korean Web Weekly, 6 the website of North Korean-born nuclear physicist Young Sik Kim, an English translation of Ms. Dong’s entire interview has never before appeared in print or on any website. Although some of the “facts” in the interview “are not accurate,” Dr. Kim said, “the general picture described is correct as far as I know.” 7 Born in Hamhung, North Korea in 1935, Dr. Young Sik Kim emigrated to the United States in 1955 after serving with U.N. Forces during the Korean War. He earned his B.S. in Physics at Brigham Young University and his Ph.D. in High Energy Nuclear Physics from Purdue University in 1962. Dr. Kim was an Associate Professor of Physics at Ohio State University until 1980, after which he spent considerable time as a Visiting Scientist at the Argonne National Laboratory outside of Chicago. He also conducted additional research at the Brookhaven National Laboratory (Long Island, NY), CERN (Switzerland) and at Rutherford Laboratory (England).
Dong Chun-ok’s Interview Question #1: State your personal identities, education, career and experiences, the names of North Koreans who are in the field of nuclear project. Under whom have you studied and who were the ones you have spent your working life together? Answer #1: Name: Dong Chun-ok Sex: Female DOB: August 2, 1955 Birth place: Pungseo County, Yangkang Province Family status: Father; Dong Mun-wha died November 27, 1957. Mother: Lee Ok-tan, worked at #66 Project Office of Atomic Science Committee, Bungang District. Retired in 1995. Elder sister: Dong Sang-ok worked at Atomic Science Committee Dong Sang-ok’s husband (brother-in-law): Kim Sang-beom Chief of #1 Special Team, #66 Project Office of Atomic Science Committee. Younger sister: Dong Bun-ok Myeong-cheon County, North Hamkyung Province Dong Bun-ok’s husband: Tae Cheol-su, Party clerk at Chilbosan Foreigners Tourist Hotel, Myung-chun County, North Hamkyung Province. Education: Attended Bungang People’s School (+elementary); March 1, 1962 – 1965 Bungang High School; March 1, 1965 – 1969 Pyongbuk Physics University: 1969 – 1974 Graduated Experiences: After my father died on January 27, 1957 in Oro-county, South Hamkyung Province (now, Yeonggwang county), my mother was secretly summoned by the Central Party in the summer of 1960 and moved into a special base of Bungang Atomic Energy and Science Committee, Yongbyon County, North Pyeongan Province. Since my graduation from the university in the summer of 1974, at #25 – Branch Office, and #304-Research Center of Atomic and Science Committee.
June 15, 1977: Married to an officer at Air Command Center and moved to Pyongyang.
April 25, 1978: My first boy was born.
Until 1980, lived as a military family at Air Command Center
Starting from the summer of 1980, worked as a planning leader of Management Department, Metropolitan Pyongyang.
Starting from 1982, worked as a booking clerk of Pyongyang City Railroad Department.
Starting from 1983, became a leader for the safety of residence registration for the Railroad Region, as recommended by the Management Department of the Railroad.
October 1990, moved to Yangkang Province as husband was discharged from the service.
June 1991, divorced husband. Lived in my mother’s house in Bungang Region, Yongbyon County, North Pyongan Province, but moved to Hyesan City, Yangkang Province due to children’s problem.
Starting from October 1995, assumed the position as Leader of Trade, Yangkang Province of People’s Military/Political Division
February 21, 1999, received order to suspend work.
September 2000; escaped to China.
Before the inspection, the chairman of the Atomic and Science Committee was Pak Gwan-oh (currently President of Kim il-sung Integrated University). After the investigation it received direct control of Kim Jong-il but after Kim Il-sung’s death in 1994, the supply and control have weakened. Currently it is being reinforced and strengthened.
Secrecy is guaranteed in the field of nuclear and the researchers were paid extra 20 to 30% for the living expense as the price for the secrecy guarantee cost.
All the research institutes are being called by secret numbers; 101-laboratory, 304, 206-laboratories, 175-business office, 66-business center, August-enterprise, February-enterprise, or using a disguised name such as, for the meaning of often utilized, “Utilization Research Laboratory” generally used in a variety of applications. Each research laboratory cannot contact others and they are under strict control and regulations. The 304-research center where I used to work; Chief: Do Won-son PhD, (Kidnapped from South Korea in 1950) Head of laboratory: Kim Dol-su, PhD, (Studied at Dubna in Russia) Party Secretary: Pak Min-jon, PhD, (Studied abroad for 15 years) Hwang Jun-man, PhD, (Studied in Russia) Kim Jun-bok, PhD, (Studied at Dubna) Kim Dong-su, PhD, (Studied at Dubna) Kim Kyong-sun, Third class researcher (Studied at Dubna) Hyon Chul, (Studied repeatedly at Dubna) Kim Dong-hwi (Studied in Czechoslovakia) Kim Ok-nyo (Studied in Russia) Responsible person of the Regional Party of Bungang Region: Kim Yong-sik who used to work as a 304-researcher. Pyongbuk Physics University President: Kim Myong-hwan Teacher in charge: Kang Sin-jo (The materials I’ve confirmed up to the year 1998)
Question #2: Please state the functions, organizations and important personnel names of 101, 206, 304 Research Center and other facilities in Yongbyon. Answer #2: All the important facilities, buildings for the research laboratories, related features, and nuclear reactor were built under the supervision of Russia and by Russian materials and equipment while they were there. After Kim Il-sung had grabbed the regime, for the purpose of developing nuclear arms, he had ordered the double-agent and republic’s spy hero Lee Hak-mun to abduct Dr. Lee Seung-ki, Dr. Do Won-sun, Do Sang-rok researcher, etc. from South Korea, and he did. After that, the Atomic and Science Committee, which was located in Hamhung, was expanded to Bungang Region in Yongbyon County, North Pyongan Province starting in late 1950. The one at Hamhung was established mainly by Dr. Lee Seung-ki as a branch institute while making Bungang Region as the home research center, for which Do Won-sun [may be read as Do Won-sop] and Kim Do-sul played as the main organizer.
Question #3: Please state the functions, organization and facilities and the products of 175-factory, August-business and other enterprises in Yongbyon. Answer #3: 304-research: The center is important laboratory among the laboratories in Bungang region, and it is the main research center for nuclear weapons development as well as for chemical arms development. Over 70 percent of the researchers of the group have studied overseas and restudied for the research. The emphasis is placed on the nuclear weapons development but they also participated in the chemical weapons development. Total number is about 150 persons. Every room of the researchers is guaranteed with laboratory, shower and modern facilities. Assistant is assigned to every doctorial researcher and research worker. About 70 to 80 percent of the researchers at 206-research center are professionals in the physics field. And it is the important research center for the nuclear weapons development in the Bungang region. Yiyong research center: Although the name implies “economical utilization” it produces a variety of facilities including general weapons by locating a branch laboratory in Pakch’on. The number of personnel is about 150. 175-factory: The factory produces appliances for laboratory experiments needed at Bungang Research Center. August-enterprise: It was newly built research center after the surveillance by United States (of 1990s’ nuclear inspection). It has installed railroad from Bungang Region which is hidden in a forest outside the perimeter. It supplies the laboratory testing requisites after directly processing uranium supplied from Pakch’on branch laboratory. 101-research center: For the purpose as research center, it’s the same as 304 or 206. The number of personnel is about 100. 66-business office: Responsible for the construction of living quarters, and maintenance of the facilities and supply of materials in the premises. It employs about 20,000 personnel. February-enterprise: The enterprise was newly made after the 1990’s surveillance, which holds nuclear reactor, so I heard from a research colleague with whom I’ve worked. Export/Import Material Company: This organization supplements materials for the research center by importing them from foreign countries.
Question #4: Please state the functions, organization, facilities and the storing capacity of underground nuclear facilities in Yaksan Dongdae and Mt. Sotaek. And, describe in details when the underground facilities were dug, constructed, and the conditions of the entrance, etc. as much accurately as you remember. It would be much helpful if you could draw sketches showing exterior of the entrance, shape and location. When and why did you visit the underground facilities? Answer #4: I was mobilized to a simulation exercise conducted in the summer of 1976 and I went inside of the place. The underground facilities at Yaksan Dongdae were built by 66-business center. There were many human casualties by accidents during the construction stage so that the Chairman’s fund was poured into all the material needs including cement. It was constructed after 1965 and the work was completed before 1970. I still remember that the facilities were unusually large and inside of all the caves were branched out in various shapes. The entrance to the cave was very large. The surface of the cave entrance was paved by finely finished cement and the inside was lighted. [The use of the underground facilities] The cave was built to accommodate all the materials and laboratory testing equipment and important systems when an emergency or surveillance is being proposed. Anticipating inspection by International Atomic Organization, all the equipment in the research centers had been relocated when the inspection was actually conducted. The news of possible inspection had been informed to all the researchers in advance and when the inspection was made, it was ready to be inspected. [Sotaek-san] Mt. Sotaek is located in a residential area. It is located behind a hospital and has two entrances. It’s an emergency shelter for the nuclear researchers and it was lighted. The inside is branched out to several offshoots caves. I entered there during a simulated exercise in 1976. The cave is under control after that, and couldn’t enter.
Question #5: Please describe in details the names, location, organization and its facilities of the science university you’ve once stated. Answer #5: Its name is Pyongbuk Physics University. The president is Dr. Kim Myong-hwan. It is located, passing through a manned gate, at next to a hospital in residential area, and there are two high rise apartments. The university is for the education of researchers in the field of nuclear engineering who are mainly of children of nuclear professionals at Bungang. Especially brilliant persons from all over the country, if they fully understand the basics of politics, the university is accepting some in recent years. Now it’s directly controlled by the Central Party. The number of students is 300 and it’s gradually increasing. The number of teaching staff is about 50 and they are chosen from the researchers at the basic research center.
Question #6: Are you aware of the progress of relocation of the researchers and the nuclear facilities from Yongbyon to other location? If there was relocation, please explain how researchers were reassigned and to which facilities, when, and why it’s relocated, and the name of the new location. Tell us, if the nuclear reactor was relocated from the center of Yongbyon before the International Atomic Organization conducted its inspection, why it was relocated. Where is the nuclear reactor now? Do you know if it was ready to show a part of North Korean nuclear program for inspection by the International Atomic Organization? If it was ready for the inspection, for what purpose and what kind of preparations were ready? Answer #6: When it foresaw the inspection while the world kicked up a fuss about North Korea’s having nuclear arm in 1990, some of the peoples in Bungang area were asked to wear military uniform, putting shoulder straps on the labor class, officer’s uniform on the executives and researchers, and together with their families they were secretly moved. New base was relocated to Pyongsan County, South Hwanghae Province (error for North Hwanghae Province), and at that time, even internally in the business region, it was kept as top secret. My elder sister’s husband was responsible person and directed the relocation and went there several times. All the materials to be sheltered were evacuated into cave when it received the inspection. Currently the nuclear reactor is located at February Enterprise of 304 Research Center.
Question #7: How much does the personnel and scientists know about the leakage of nuclear radiation? Answer #7: Until presently, physical damages have shown on some of the researchers and persons who are related and unnatural babies were born. It is generally recognized as it was not a big accident.
Question #8: If you know about compositions of the nuclear arms program of North Korea, please explain their details and from where you’ve heard. How much do you know in addition to the past efforts on the production of plutonium at Yongbyon, about the efforts put on for other fissional material? If you know please describe in detail about its essential activities, the time, and the locations. Are there any retreatment facilities for nuclear fuel besides the radiation chemical experimental laboratory? Have the North Korean scientists ever showed interest in uranium enrichment? If so, please state it in detail. Answer #8: The research center at Bungang region is the research organization specialized in modernized military arms and the (illegible) produced by each laboratory at Bungang is not produced within the Bungang region. The researchers bring their own research products to the experimental factory or arsenal for its tests, and generally all of the research products are sent to section chiefs or managers who are doctoral researchers, and finally it was handled by the deliberative committee, after passing through strict seminars. It will be actually tested only after having recognized at this committee. There is chemical factory within the arsenal for the production of important arms. Pakch’on laboratory handles all the materials of nuclear division, besides Yongbyon. It is thought that the base for the production of nuclear division and arms is hidden at Pyongsan in North Hwanghae Province which was classified before the inspection.
Question #9: Do you know anything about travels to foreign countries or training by nuclear scientists or engineers? If you are aware of it, please describe purposes of study and travels. Do you know anything about travels or reallocation of foreign scientists or professionals in North Korea? If you know, what were the purposes of travels and relocation and the timing and what were the specialties of the foreign scientists or specialists? Answer #9: Bungang Nuclear Science Committee was established in late 1950s by the scientists and advisors of Russians who came to Bungang in concentration. They, with their families, built villas along the bank of Kuryong River and shuttled to and from the research center. Training studies by researchers were made mainly in Russia and China, and they were physics and chemical specialty fields of students at a various nations’ universities. And many of them went back to restudy at Dubna Science Center in Russia, when research center is built again. The scientists are prohibited to make private exist and entry within the country or from and to overseas countries and they are forbidden to meet outsiders. Depending on the themes of the studies, and when it is decided that it’s impossible to solve the posed questions within the country, then a requisition may be filed for overseas study and gets its approval. When many anti-national activities are exposed and when they were sent to political prisoners’ camp, after that, at some time, the overseas study had been regulated. After the war of 1950, for the purpose of development of nuclear weapon by Kim Il-sung, Lee Hak-mun (hero of the republic’s double reconnaissance) had kidnapped from South Korea Dr. Lee Seung-gi, Do Sang-rok, Dr. Do Won-sun and so on. After the war ended in 1953, they first started to build research center in Hamhung City, and later it was developed to “Atomic Science Committee” officially, and then established “Nuclear Science Committee” in the geographically fitting basin of Bungang. A total number of Russian advisors and foreigners are about 200. I do not know the exact figure. Before 1970, all secrete and Russian advisors’ materials were pulled out of strongbox and photo copied, and then all the foreigners were withdrawn from the country. After having established Security Squadron and military guard posts of People’s Military Division, the country sustained itself since. In my childhood years, my mother took me to foreigner’s resort villa, and I received some gifts and played with the children’s of foreign advisors in the perimeters. A person named Alexander of the research center especially loved me. After that, I stayed at mother’s home for 40 days in August 1998, and I saw Russians coming in and out of the restricted area.
Question #10: Please state, if you know anything about the origin, administration, and fuel supply of the nuclear reactor for research use that was provided by Russia. Answer #10: The nuclear reactor located in Bungang was installed at the same time with the construction of Bungang Research Center. After that, Pakch’on branch laboratory and February Enterprise’s were built after the inspection. Fuel supply is also coming from Pakch’on branch laboratory. As I understand, all the supplies are conducted by Russia, and some are coming from China in recent several years. Each Section and by each Research center, they are classified as confidential. Question #11: Please state names, organizations, locations and the functions of nuclear related facilities other than Yongbyon area.
Answer #11: Establishing Bungang nuclear base as the basis, the largest branch laboratories are Hamhung branch and Pakch’on branch. Dr. Lee Seung-ki was the principal at Hamhung branch. It trains newly growing modern researchers and basically specialize the development of chemical weapon and organisms. It has testing laboratories and so on which are needed for the incubation of bacteria, etc. At the first stage, they use rabbits or mouse and squirrels for animal tests, but for the first hand experiments, they employ prisoners or felons by using injections. Pakch’on branch: Directly handles basic uranium Hyewon branch: Studies basically about China and its purpose is for the researches of China’s radiation and air contamination.
Question #12: Please describe about falsehood efforts and plots related with the North Korea’s nuclear program. Answer #12: After the inspection, they covered the chain of Yaksan Mountains with trees, and newly built February Enterprise and August Enterprise. In order to prevent taking high altitude photos from sky, they created many wooden houses in steps, and opened in the woods outside the perimeters. At Pakch’on branch too, they installed many woods, locating them by the foot of crag sides so that they cannot be distinguished. By a glance it looks nothing is there, but it’s there behind the hill.
Question #13: You said the children of Prof. Kim at work place of 304 Research Center did work for their father and they have received education at outside the country, please tell us where and the names they used to get the study. You’ve also mentioned that their children are participating with the Daepodong program, please state about the Daepodong program, the purpose of Daepodong, and the kind of relationships with the Room 304. Answer #13: The name of Prof. Kim’s son is Dr. Kim So-in and is about 30 years old. Prof. Kim and his wife are both nuclear specialist and his brother works as direct assistant to Dr. Kim So-in. Dr. Kim So-in was born while studying in Russia, in Dubna, and returned to Bungang when he was 3 years old (currently his birth place is listed at Chunggu region, Pyongyang City), and entered Bungang Senior Middle School when he was 7 years old but he was so genius that the teachers couldn’t teach him. As reported to Kim Il-sung and Kim Jong-il, he was recruited to Special and Science Colleges of Kim Il-sung Synthesis University and received private tutoring. He met his parents when he was 13 years old and secretly sent to study at a foreign country (it was kept secret which country). He received a semi-doctorial degree at the age of 19, and received doctor’s degree when he was 21 years old. Dr. Kim So-in was a doctor who deliberately raised by Kim Il-sung and is the successor of Dr. Lee Seung-gi of Hamhung branch. Kim Jong-il is secretly nourishing some 20 young doctors in his hands to raise them as military specialists in the modern warfare providing with them the highest quality treatments. In the group, it includes the son-in-law of Dr. Lee Seung-ki and his grandson and the core among the researchers for the modernization of military is Dr. Kim So-in. His private and working life is kept as a top secrete and completely shut out from the outside world, and he receives orders directly from Kim Jong-il. The word of Kim Jong-il goes: “I’ll unify the fatherland by these 20 young scientists of new generation.” His father is at 304 research center. There is no relation with his father except he is son of nuclear specialist. The alias of Nuclear Science Committee (Atomic Committee) is “Chosun Pyongyang #204,” and 304 Research Center is #19, 66 Enterprise is #17, and it starts with #26 for the numbers of telephone and vehicles. The Commander of Security Squadron for Social Safety Division of Bungang Nuclear Science Base is Ra Chang-sik The Nuclear Science Committee is recently being reinforced. END OF INTERVIEW
Sang S. Nam, a resident of Seoul, is a Korean-Japanese-English translator. He translated Ms. Dong Chun-ok’s interview from Japanese into English. He also drew the sketch of the Yongbyon Nuclear Research Center from public sources and from information derived from Ms. Dong’s interview and sketch such as the location of Yongbyon’s secret cave.
1 Dr. Kang Ho-je, a South Korean authority on North Korean science and technology. 2 An admission they later denied. 3 See Weiss, Leonard. “The 1979 South Atlantic Flash: The Case for an Israeli Nuclear Test,” Stanford University, July 30, 2011. 4http://www.bekkoame.ne.jp/ro/renk (now defunct) 5 Yonhap news agency, Seoul (in English), Oct 17, 2002. 6http://www.kimsoft.com/2002/nk-nuke4.htm (now defunct) 7 In a message from Kim Young-sik to Joseph S. Bermudez, Jr., an internationally recognized analyst, author and lecturer on North Korean defense and intelligence affairs. (Oct. 20, 2002)
Audiences in today’s world are increasingly consuming information on the internet in visual and interactive ways. Every industry is exploring ways to transform and present content on video. What does this mean for learners around the globe?
“Being able to translate your story into over 120 languages is increasingly important in a global world.” – Anurag Dwivedi
Anurag Dwivedi is one of the founders of the Rocketium video platform. He believes everyone has important stories to tell. What limits the story-tellers is not having a platform that makes storytelling “easy to create and easy to consume.” The Rocketium platform is unique in that it allows teams of creators to work collaboratively on video projects in one innovative space. The company has automated the majority of the time-consuming tasks of the video creation process. For example, some of the Rocketium product features include one-click styling, automatic resizing of videos in different aspect ratios for different social platforms, and automatic translation of any content into over 120 languages. In addition, the platform provides advanced controls for styling and sequence timing for users. This enables creators to customize styles in a way which Dwivedi claims no other video creation platform can provide. Further, Rocketium creators have an online customer service team ready to support users’ production questions at any point in the process. Anurag Dwivedi from Rocketium talks further about how his company is giving anyone, anywhere in the world, the tools to tell important stories:
“I think the mindset that some of us can write a script but cannot produce an audio-visual version of it is a roadblock for many young creators.” – Anurag Dwivedi
What do you think sets Rocketium apart from the other video creation platforms?
Rocketium offers an end-to-end video creation suite that we believe no other product like it can offer. We’re enabling our users to scale video production efficiently by providing simple tools for the writers and marketers to create templates, and automation to generate videos in large volumes. The goal is to enable storytellers to work either individually or in teams with anyone, anywhere in the world. Hence, all the features you need for a collaborative process, such as being able to assign videos to members of your team, or discuss creative issues in real time, or share content via social media platforms, are built into our system. We’ve broken down the massive job of video production and distribution into simple steps so that everything from writing a script to developing it, to editing and finally publishing on the internet are all on the same platform. And, of course, being able to translate your story into over 120 languages is increasingly important in a global world.
What do you see as the biggest challenge for an absolute beginner, a teacher or a student who wants to tell a video story?
Video making is often considered a daunting task — something that only experienced video editors and designers can do. Rocketium has made the video creation process less intimidating and also faster. We have broken down the process into simple steps. We offer creators a versatile selection of themes and templates. There are numerous options for video styling available to the user. Our process in some ways is similar to mini-blogging, i.e. the user is writing stories in a shorter format and then adding still images or video clips. Your job as the storyteller is to use our tools to create the most impactful video story you can without worrying about the design or styling aspect of video making.
How is telling a video story different from telling a text story?
I personally believe there is no difference if you have the right tools. I think the mindset that some of us can write a script but cannot produce an audio-visual version of it is a roadblock for many young creators. Visuals improve and enhance any story that’s ever been written. The impact of a visual story is exponentially greater than that of a text story because visuals contain a lot more information in a sequence of frames and that leaves a lasting impression on the mind. Additionally, adding music and special effects to text always builds a deeper emotional connection between your story and its audience.
As creators develop more and more videos, they learn about the creative process and they get better at leveraging the resources on the platform.” – Anurag Dwivedi
Let’s talk about video creation as a learning process. What specific skills are nurtured in this process and why do you think they are important?
We present video creation as a learning journey which trains creators how to portray their story through a combination of words, images and music. As creators develop more and more videos, they learn about the creative process and they get better at leveraging the resources on the platform. For example, what color palette will you select to evoke the right emotion for this portion of your story, or what style of music will generate the mood you’re looking for? Users ultimately develop and expand their creative skill sets while supported by the tools on the platform.
Is Rocketium designed for all wannabe video producers? How would you describe your target audience?
We believe there is no one-fits-all solution for video creation. Our product offers global access to anyone who wants to produce a story on video. We have simplified the production process but there is plenty of space for users to develop their own creative and communication skills. Not everyone is destined to become the next Steven Spielberg, but we have built a comprehensive tool that allows anyone to try. And we believe that to flourish in the 21st century, learners need to be able to use tools like ours to enhance their communication skills.
How else do you see the democratization of visual production impacting our society generally?
There is no doubt that dissemination of information is becoming easier as the world is more connected through smart devices. Anyone can now tell stories and distribute them on the internet. Two things we need to be wary about. First are the duplication issues and the relevance of content. The second is the accuracy and truthfulness of content. Fake news is a global issue which we need to tackle as a global society. I believe this is where educators can help.
“We believe that to flourish in the 21st century, learners need to be able to use tools like ours to enhance their communication skills.” – Anurag Dwivedi
Look into the future — where do you see Rocketium 5 or 10 years from now?
We continue to explore the possibilities of creative learning tools for various scenarios. Ten years from now, I see Rocketium as a platform employed in all applications — education, entertainment, lifestyle, sales, marketing, etc. We are happy to be the backend engine for the creation and distribution of any form of interactive and visual content, by anyone and for everyone, from individuals to global enterprises. For the Silo, C.M. Rubin.
C. M. Rubin is the author of two widely read online series for which she received a 2011 Upton Sinclair award, “The Global Search for Education” and “How Will We Read?” She is also the author of three bestselling books, including The Real Alice in Wonderland, is the publisher of CMRubinWorld and is a Disruptor Foundation Fellow.
“If there is no sound philosophy in making the audio gear, then all product you make is plagiarism.”Zoran Mihajlovic
Having grown up around record players of dubious quality, I remember very clearly my first ‘real’ turntable. An audiophile friend of the family helped my father put together an entry level system for my 15th birthday. The system included 3 way Acoustic Research speakers, Sansui integrated amplifier, Sansui 3 head cassette deck and my first decent turntable- a gently used Sansui direct drive with a shiny S-arm and what looked like a strange silver hockey puck.
At 15 I was into my second year of drumming and with this turntable was now able to play along to LP records without having to worry about the inevitable skipping that the cheap family record player performed almost every time I hit the bass drum hard. I later learned that the puck was actually a custom made record clamp that the previous owner had fashioned to squeeze every last bit of performance out of the record player.
There is a surprising amount of science behind the advantages of using record clamps to ‘push’ the vinyl down onto the slipmat and platter and people that use them swear by them. In general terms, the added mass from the fitted clamp flattens warps in the record and a beneficial flywheel effect takes place once the record is spinning at speed.
Today, turntable designs have advanced and exotic materials and technologies are incorporated into high end models. This has translated into a need for ultra high quality clamps designed to properly secure records to all kinds of esoteric spindles and platters.
Enter Zoran Mihajlovic- a man devoted to producing the highest quality record clamps such as the Model 1 via his Serbian company Supreme Analog. At 3000 euros (at time of this article, 1 euro = 1.5 Canadian dollars) , this is a record clamp (Supreme-Analog calls it a record weight) that is produced on order only and commands attention.
70mm wide, 50mm high, 460g weight Swiss stainless steel and Serbian sinked wood
If you are on a more modest budget, they also offer the BL-006 for 250 euros. Also made from Swiss stainless steel, the more basic model weighs in at 950g and ships world wide for free in a solid wood box.
It’s easy to tell that Supreme-Analog have a real passion for audio and they make a number of interesting products including jewel like tonearms and gorgeous horn speakers. Check them all out. For the Silo, Jarrod Barker.
“The growing flow of digital culture depends on the hidden protocols of its underlying systems. To explore how interfacing shapes spectatorship online, this pioneering study pinpoints experiences of flow through the friction of photo-based glitch art by Phillip Stearns, Rosa Menkman, and Evan Meaney.
Homing in on the viewer, these three cross-disciplinary case studies present and analyze material that is new to the art-historical context. In particular, they focus on how glitched artworks in online environments make viewers aware of their own activity within the flow, causing a break from the increasingly naturalized integration of system and individual.
Mysterious and Beautiful
When a glitch invites the viewer to try out different positions in relation to the system, a tactical spectatorship unfolds.” That’s the introduction text of Vandela Grundell’s book Flow And Friction: On The Tactical Potential Of Interfacing With Glitch Art. In simpler terms, our modern online life utilizes smartphones and digital cameras to not only represent who we are, but to present to others ‘how’ we are.
In the early days of computer, during the great Cold War and its technologically dependent Space Race this was known as a ‘glitch’.
Flow and Friction is a fascinating celebration of the mystery and the beauty that sometimes arises from glitched systems. 238 pages. Recommended. For the Silo, Jarrod Barker.
The PHV MAC is an ‘electronic peephole’ for your home security that takes images of anyone or anything that is out front.
Its ambient light sensor allows images to be taken up to 30 inches from the door. This battery-powered device features an LCD screen on the inside of the door to display the photos, which stores still shots as well as video on a Micro SD card and includes dates and times of when the sensor was activated. The batteries inside last for 9,000 triggers, and can be powered for a little more than 6 months. The playback feature allows you to view a time-lapsed video with all images with one press of a button.
The MAC 200 can function as a separate security camera for your home. The portable, motion-activated camera can store up to 14 months of images. You can watch over 8 hours of images with a condensed, time-lapsed 1 minute video. There are three capture modes you can choose from: motion-activated, time lapse capturing, and a hybrid mode that includes both. Activity can be set to sense anywhere between 20 feet to 320 feet between the three different modes.
Catching a bus in Sydney just got a whole lot smarter, thanks to the new digital bus stops from Mercury Innovation and Visionect. These intelligent signs run on solar power and have been developed on energy-saving electronic paper technology to ease the daily commute in the bustling Australian metropolis.
eStops New digital bus stops have been installed around Sydney’s Town Hall, replacing traditional bus stop paper timetables. Dubbed ‘eStops’ and developed on electronic paper, the displays have been developed with the commuter in mind, making access to travelling information and emergency notifications easier than ever before.
The digital stops provide real-time bus arrivals, as well as capacity information, service notifications and any other relevant commuter information right at the stop.
Best of all, each eStop is solar-powered, running on the plentiful Australian sunshine, a natural resource that Sydney has in abundance.
This makes the display not only simple to install, but also completely independent from the power grid, making it accessible to even the most remote of areas. Transport for NSW can now communicate critical notifications at exactly the right moment, keeping passengers up to date and ensuring accurate information is delivered at the point of action, no matter your location.
Nowhere is this more crucial than in Sydney—one of the busiest cities in the world, the metropolis is host to a variety of special events, such as the upcoming Mardi Gras Parade, with streets closed off and normal city flows disturbed.
The new eStop displays allow service disruption information about such events to be communicated to the public in real-time, before and during the event, allowing for efficient interaction with bus commuters, increasing the service experience for passengers and providing an effective management system for the city.
Not only this, in cases of emergency, the eStop can provide crucial emergency information to not only the bus ridership, but Sydneyites in general, displaying notifications even during blackouts, when other digital displays fail.
Based on electronic paper technology, they eStops have been designed and manufactured by Australian engineering company Mercury Innovation and the EU-based Visionect, the world leaders in outdoor e-paper products.
The eStop is another breakthrough product in the partnership between Visionect and Mercury. Together, Mercury and Visionect are making outdoor sustainable signage a reality, following the success of their 2016 installation of solar powered e-paper traffic signs in Sydney, a world first, running uninterrupted with an unprecedented zero failure rate more than 2 years later.
These are real inventions: self healing concrete…airport sleeping pods…DIY drones and that’s just for starters. So much incredible technology and cool imagination at work. Watch this video and tell us below which is your favorite by using our live video uplink from your smart device.