Tag Archives: astronomy

Earth

Last And Largest Supermoon of 2024 Is Nearly Here

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The full Hunter’s Moon—a moon known for its extra-bountiful glow in autumn, one that traditionally helped hunters harvest venison into the late evening, before the winter freeze—will rise on Oct. 17. It will loom larger and brighter than ever. The reason?

It will be a supermoon. But not just any supermoon.

The Hunter’s Moon this October will be the biggest supermoon of the year, the fourth and final one of 2024.

How the Hunter’s Moon Got Its Name

Both Colonial Americans and Canadian Settlers once had to hunt to fill their stores before settling into their lodges for the winter. To this end, they would hunt late into the evening while deer and other large game were easy to spot in the open stubble fields after the harvest.

These night hunts were assisted by moonlight from October’s full moon, which mysteriously rose sooner than expected and loomed larger than was typical. It was as if it provided light specifically for their hunting.

What looked like a helping hand from the full moon gave rise to its traditional name: the Hunter’s Moon.

This year, the Hunter’s Moon falls on Oct. 17, reaching peak illumination at exactly 7:26 a.m. EDT. It will be below the horizon for stargazers here in Canada and the rest of North America at that time. But at sunset that evening you can look eastward and find it still quite full, as it will seem the following evening, on Oct. 18, and the evening prior, on Oct. 16. Moons don’t change their cycles on a dime.

It Will Be a ‘Supermoon’

Similar to September’s huge Harvest Moon, October’s full moon will be a supermoon. It will appear larger and will be closer to the Earth than usual, which happens because the moon’s distance from Earth isn’t fixed. Our largest natural satellite travels along an oval-shaped orbit, so sometimes it’s nearer and other times further away.

Full Harvest Moon to Fall in September Will Be a Supermoon—Here’s Why It Will Loom Gigantic

Scientists Have Confirmed Cave on Moon That Could Be Used to Shelter Future Explorers

When a full moon occurs near the point closest to Earth along said orbit, a point called the perigee, a supermoon results. This occurred in September’s Harvest Moon and will happen again for October’s Hunter’s Moon, making it the fourth and final supermoon of the year; the largest in 2024.

The Hunter's Moon traditionally follows the Harvest Moon. (Shutterstock/Harry L/Richard OD)
The Hunter’s Moon traditionally follows the Harvest Moon. Shutterstock/Harry L/Richard OD

On Oct. 16, perigee will be reached. At exactly 8:57 p.m. EDT, the moon will be 222,055 miles from Earth, roughly 17,000 miles nearer than average. Not 12 hours later, the full moon will fall. Supermoons can loom 7 percent larger than normal, though human eyes can’t usually tell. It’ll also shine slightly brighter.

Facts And Folklore of Autumn Full Moons

As full moons go, autumn’s are famously big. Supermoon or no supermoon, farmers have long relied on fall full moons for moonlight when working late to bring harvests in before the frost. Folklore says these moons are larger and even seem to forestall their departure mysteriously, as if gracing the harvest with extra illumination.

The “Hunter’s Moon” usually falls in October, but not always. Full moons in September, October, and November sometimes swap names. Harvest Moon always denotes the moon closest to the equinox (the first day of fall) and usually falls in September, and so, they are most commonly in September. But every so often, October’s full moon is closest to the equinox (which is in late September) and thus assumes the title Harvest Moon. When that happens, the Hunter’s Moon gets bumped into November.

Swapping names is unusual for full moons; they don’t follow that tradition in other months. April’s Pink Moon and June’s Strawberry Moon don’t shift, nor do moons of other months. Furthermore, most moon names denote the month’s entire lunar cycle, whereas the Harvest Moon and Hunter’s Moon denote just the full moon event.

Colonial Americans traditionally hunted after the autumn harvest to fill their stores for the winter months. (Shutterstock/Maciej Pawlik)
Colonial Americans traditionally hunted after the autumn harvest to fill their stores for the winter months. Shutterstock/Maciej Pawlik

Autumn moons loom larger than usual, too. Astronomers say this is just an optical illusion. Autumn moons often appear near the horizon because the moon’s arc is so affected by Earth’s axial tilt during the equinox. They may seem larger when viewed next to terrestrial foreground objects like trees or buildings. The psychological impact this has makes the moon look grander.

It’s just an illusion, though—the “moon illusion.”

But there’s more to the equinox than smoke and mirrors. Some of the strangeness is real, as autumn moons follow a perplexing schedule. On average, throughout the year, the moon rises 50 minutes later each night as its orbit carries it steadily eastward. But around the equinox, it may rise as few as 23 minutes later. This boon to farmers is no illusion.

Astronomers twist their tongues to explain it.

The Old Farmer’s Almanac says it’s because the moon’s arc has its greatest northerly component during fall and is thus at its longest. Now traveling rapidly northward, it appears to rise sooner than expected, and all the more so the further north you go.

All together—the Hunter’s Moon, the extra moonlight, the equinox, the moon illusion, and the largest supermoon of 2024—it seems we’re in for a sublime lunar spectacle. There’s a chill in the air. So grab your fall coat for an evening under the warm glow of the Hunter’s Moon. For the Silo, Michael Wing.

Featured image- Designed by friends at The Epoch Times Shutterstock/solepsizm/Richard OD/Harry L

Culture

The Intelligent Design Of Our Universe

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This isn't such a complex principle after all. Essentially, the idea is- if we can see strong similarities in design between say a Planet and between a structure or diagram that represents something else, then the inherent 'sameness' means an intelligence is at work, not some form of randomness. We'd love to hear your thoughts- agree or disagree? Comments are welcome at the bottom of this post CP
This isn’t such a complex principle after all. Essentially, the idea is- if we can see strong similarities in design between say a Planet and between a structure or diagram that represents something else, then the inherent ‘sameness’ means an intelligence is at work, not some form of randomness. We’d love to hear your thoughts- agree or disagree? Comments are welcome at the bottom of this post CP

Nothing exists for nothing, the universe is not itself made, and nothing in it has nothing to do.

The moment Mankind has been waiting for over a millennium has finally arrived. A tangible proof of off-planet life has occurred. The higher powers have at long last shown their hand.

In nineteen ninety nine, a website called ‘The Revelatorium’ was launched. The website revealed many aspects of the higher dimensions not previously known. By the fall of two thousand and thirteen the Revelatorium had morphed into a full revelation of the Intelligent Design by which all of Creation has been blueprinted and expressed.

The verity of the Design has now been proven in real time.

The drawing is Figure 77 in Chapter 8 of the Revelatorium. The figure depicts the cubistic blueprint of the first six dimensions of the Outer Creation according to the formats of the Intelligent design.
The drawing is Figure 77 in Chapter 8 of the Revelatorium. The figure depicts the cubistic blueprint of the first six dimensions of the Outer Creation according to the formats of the Intelligent design.

This image is of Saturn's North Pole and was taken recently by the Cassini probe.
This image is of Saturn’s North Pole and was taken recently by the Cassini probe.

If you carefully compare the Revelatorium and Cassini pictures you will see that they are structurally identical. The Revelatorium drawing was done in two thousand and two. The Cassini probe was launched in 2009.

Both have a clearly defined center hexagon area representing the first, second, and third dimensions collectively. Particularly confirmed is the red circle area in the middle.

A second greenish coloured hexagon ring with pink splotches around the first hexagon ring matches the ring of six different cubit designs around the center of Figure 77, representing the fourth dimension.

A third, blue colored hexagon shaped ring with uniform pink splotches around the second ring matches the ring of twelve identical cubit designs around the second ring of six cubits of Figure 77, representing the fifth dimension.

And finally a fourth hexagon shaped ring with faint pink splotches and completely different background color around the third ring matches the ring of eighteen identical cubit designs around the ring of twelve cubits of Figure 77, representing the six dimension.

[On higher dimensional physics: http://www.reasons.org/articles/higher-dimensions CP]

A close up of the Cassini image in black and white shows the features more distinctly, in particular the first second and third dimensional hexagon and circle aspects in the middle
A close up of the Cassini image in black and white shows the features more distinctly, in particular the first second and third dimensional hexagon and circle aspects in the middle

 In short, the Saturn hexagon is a concrete lower dimensional proof of a higher dimensional factor.

The striking similarities in the respective pictures are not coincidental. The Saturn hexagon is home of the Solar System government. The hexagon is a magnetic resonance reflection in the third dimension of the domain’s six dimensional configuration. The population lives within its fifth dimensional band of materialization, represented by the thick ring in the hexagon, and ring of twelve similar designs in the same location in Figure 77.

As the cubistic matrix of Figure 77 would imply, the whole Intelligent Design is dirt simple and can be understood by anyone. The basic elements of the Intelligent Design consist solely of a sphere, a cube, and straight lines. The rules by which the elements work together hold the key. There is aught in existence not of the Design.

In figure 77, the red spheres represents Intelligence, the blue straight lines represent Energy, and the yellow cubes represents Substance. The attribute of the Father is Intelligence, the attribute of the Son is Energy, and the attribute of the Holy Ghost is Substance. Intelligence, Energy, and Substance is all there is.

The two most fundamental elements of the whole Design are The 'Cube and Sphere of Alpha and Omega' and the 'Cubit'.
The two most fundamental elements of the whole Design are The ‘Cube and Sphere of Alpha and Omega’ and the ‘Cubit’.

The Cube and Sphere comprises the entirety of the fourteenth dimension and acts as interface between the un-materialized inner form of the Creators in their fifteenth dimension as the Holy Trinity and above, and their materialized outer form in the thirteenth dimension and below as ‘Creation’.

The Cube and Sphere projected one dimension down to the thirteenth dimension comprises the ‘Cubit’, shown below. The ‘Cubit’ is the basic genome of Creation. By principle of the Cubit the whole of Creation has been blueprinted and expressed.

If you look again at Figure 77, you will see that it is composed entirely of variations upon the cubit. The variations reflect specifically different frequencies according to rule. By the rule the differing frequencies comprise the differing aspects of Creation. By this simple principle, the Intelligent Design is capable of blueprinting and depicting all of Creation in all of its aspects. The current Creation is over nine hundred trillion light years across and still within its infancy.

The Cube and Sphere

The Intelligent Design can be found in its totality at website http://www.revelatorium.com/.  For details about every thing going on now inter-dimensionally, also see: http://www.revelatorium.com/.  For the Silo, Delahnnovahh-Starr Livingstone.

Supplemental- Dr. William Dembski http://www.ideacenter.org/contentmgr/showdetails.php/id/776

Sci-Tech

The Night The CIA Borrowed A Soviet Space Capsule

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A number of years ago the Soviet Union toured several countries with an exhibition of its industrial and economic achievements. There were the usual standard displays of industrial machinery and models of power stations and nuclear equipment.

Of greater interest to the CIA were apparent models of the Sputnik and Lunik space vehicles. U.S. intelligence twice gained extended access to the Lunik- the second time even borrowing it overnight and returning it before the Soviets missed it.

This is a true story of close cooperation between covert and overt intelligence components.

Declassified Lunik CIA Kidnapping

On View Abroad

The Soviets. had carefully prepared for this exhibition tour; most of the display material was shipped to each stop well in advance. But as their technicians were busily assessing the various items in one exhibition hall they received a call informing them that another crate had arrived. They apparently had not expected this item and had no idea what it was, because the first truck they dispatched was too small to handle the crate and they had to send a second.

The late shipment turned out to be the last-stage Lunik space vehicle, lying on its side in a cabin-like crate approximately 20 feet long and 11 feet wide with a roof about 14 feet high at the peak. It was unpacked and placed on a pedestal. It had been freshly painted. and three inspection windows cut in the nose section permitted a view of the payload instrument package with its antenna.

Declassified Lunik CIA Kidnapping

It was presumably a mock-up made especially for the exhibition; the Soviets would not be so foolish as to expose a real production item of such advanced equipment to the prying eyes of imperialist intelligence. Or would they? A number of analysts in the U.S. community suspected that they might, and an operation was laid on to find out. After the exhibition closed at this location, a group of intelligence officers had unrestricted access to the Lunik for some 24 hours.

DECLASSIFIED Authority NND 947003

The Lunik

They found that it was indeed a production item from which the engine and· most electrical and electronic components had been removed. They examined ·it thoroughly from the ·viewpoint of probable. performance, taking measurements, determining its structural characteristics estimating engine size, and so forth but not with sufficient detail or precision to permit a definitive identification of the producer or determination of the system used. It was therefore decided to try to get another access for a factory team.

Plans and Problems

As the exhibition moved from one city to another, an intercepted shipping manifest showed an item called .. models of astronomic apparatus whose dimensions were approximately those of the Lunik crate. This information was sent to the CIA Station nearest the destination with a request to try to arrange secure access if the Lunik should appear. On the basis of our experience at trade fairs and other exhibitions, we preferred access before opening of an exhibition to the alternatives of examining it while in the exhibition hall or after it had left the grounds for another destination.

Soon the Lunik crate did arrive and was taken to the exhibition grounds. The physical situation at the grounds, however, ruled out access to it prior to the show’s opening. Then during the show the Soviets provided their own 24 -hour guard for the displays, so there was no possibility of making a surreptitious night visit. This left only one chance: to get to it at some point after it left the exhibition grounds. In the meantime our four-man team of specialists from the Joint Factory Markings Center had arrived. We brought along our specialized photographic gear and basic tools. We each went out and bought a set of local clothes, everything from the skin out.

We held a series of meetings with Station personnel over the course of a week, mutually defining capabilities and requirements, laying plans for access and escape, and determining what additional equipment we would need. The Station photographed the Lunik crate repeatedly so we would get a better idea of its construction. ~

Photographs showed that the sides and ends were bolted together from within; the only way to get inside was through the roof. We therefore bought more tools and equipment-ladders, ropes, a nail puller, drop lights, flashlights, extension cords, a pinch bar, a set of metric wrenches, screwdrivers, hammers.

After the exhibition the displays would be carried by truck from the exhibition grounds toa railroad station and loaded onto freight cars for their next destination. For the interception we had to choose between the truck run and the rail haul. The initial preference was for the latter; it seemed the freight car carrying the Lunik might most easily be shunted onto a siding (preferably into a warehouse) for a night and resume its journey the next morning. A detailed check of our assets on the rail line however, showed no good capability for doing this. Careful examination of the truckage to the station, on the other hand, revealed a possibility.

DECLASSIFIED Authority NND 947003

Lunik

Lunik on Loan

As the exhibition materials were crated and trucked to the rail yard, a Soviet checker stationed at the yard took note of each item when it arrived. He had no communications bade to his colleagues at the fair grounds, however. It .was arranged to make the Lunik the last truckload of the day to leave the grounds. When it left it was preceded by a Station car and followed by another; their job was to determine whether the Soviets were escorting it to the rail yard.

When it was clear that there were no Soviets around, the truck was stopped at the last possible tum-off, a canvas was thrown over the crate, and a new driver took over.

The original driver was escorted to a hotel room and kept there for the night. The truck was quickly driven to a salvage yard which had been rented for the purpose. This yard was open to the sky but had a10-foot solid wood fence around it. With some difficulty the truck was backed in from a narrow alley and the gates closed; they just cleared the front bumper. The entire vicinity was patrolled by Station cars with two-way radios maintaining contact with the yard and the Station .

Declassified Lunik CIA Kidnapping

Action was suspended for half an hour: Everything remained quiet in the area, and there· was no indication that the Soviets suspected anything amiss. The Soviet stationed at the rail yard waited for a short time to see whether any more truckloads were coming then packed up his papers and went to supper. After eating he proceeded to his hotel room, where he was kept under surveillance all night.

The markings team, in local clothes and without any identification, were cruising in a car some distance from the salvage yard. We were now given the all-clear to proceed to the yard and start work.We arrived about 7:30 p.m. and were let in by a two-man watch and communications team from the Station. They had put all our equipment and tools in the yard and food and drink for the night.

Our first task was to remove enough of the crate’s roof to get in. It was made of 2-inch tongue-and-groove planks nailed down with 5-inch spikes. Two members of the team went to work on these, perspiring and panting in the humid air. The effort not to leave traces of our forced entry was made easier by the fact that the planks had been removed and put back several times before and so were already battered.

DECLASSIFIED Authority NND 947003

The Lunik

While this was going on there was a rather unnerving incident. When we had arrived at the salvage yard it was dark; the only lights were in the salvage company’s office. Now, with two men on top of the crate prying up planks, street lamps suddenly came on, flooding the place with light. We had a few anxious moments until we learned this was not an ambush but the normal lamp-lighting scheduled for this hour.

Photographers at work 

The other two of us meanwhile were assembling the photographic gear and rigging up the drop lights with extension cords. We had ladders up at each end of the crate, and when the planks were off we dropped another ladder inside each end. The Lunik in its cradle was almost touching the sides of the crate, so we couldn’t walk from one end to the other inside.

Half the team now climbed into the front–nose–end with one set of photographic equipment and a drop light. . They pulled the canvas back over the opening to keep the flash of the strobe units from attracting attention.· They removed one of the inspection windows in the nose section, took off their shoes so as to leave no telltale scars on the metal surface, and squeezed inside. The payload orb was held in a central basket, with its main antenna probe extended more than half way to the tip of the cone. They filled one roll of camera film with close-ups of markings on it and sent this out via one of the patrolling cars for processing, to be sure that the camera was working properly and the results were satisfactory. The word soon came back that the negatives were fine, and they continued their work.

We on the other half of the team had tackled the tail section. Our first job was to gain access to the engine compartment by removing the Lunik’s large base cap; this was attached to its flange by some 130 square-headed bolts. We removed these with a metric wrench and by using a rope sling moved the heavy cap off to one side.

Inside the compartment the engine had been removed, but its mounting brackets, as well as the fuel and oxidizer tanks, were still in place. At the front end of the compartment, protruding through the center of .a baffle plate that separated the nose section from the engine, was the end of a rod which held the payload orb in place.

A four-way electrical outlet acting as a nut screwed onto the end of this rod was keyed by a wire whose ends were encased in a plastic seal bearing a Soviet stamp. The only way to free the orb so as to let the nose team into the basket in which it rested was to cut this wire and unscrew the outlet.

DECLASSIFIED Authority NND 947003

The Lunik

We checked with Station personnel and were assured they could duplicate the plastic, stamp, and wire. So we decided to go ahead and look for markings in the basket area. We cut the wire and passed it to one of the patrolling cars. The pair in the nose section photographed or hand copied all items in the basket area while we did those in the engine compartment. The Soviets, in removing all electrical connections and gear, had overlooked two couplings in the basket; these we took back to headquarters for detailed analysis.

Before we had finished, the new seal-wire, plastic, and stamp was delivered to the yard.

Returned in Good Condition

The exploitation of the Lunik was now complete; all that remained was to put things back together and close up the crate. The first job, re-screwing the orb in its basket, proved to be the most tricky and time-consuming part of the whole night’s work. The baffle plate between the nose and engine compartments prevented visual guidance of the rod into position, and the rod was just long enough to screw the outlet on beyond the baffle plate. We spent almost an hour on this, one man in the cramped nose section trying to get the orb into precisely the right position and one in the engine compartment trying to engage the threads on the end of a rod he couldn’t see. After a number of futile attempts and many anxious moments, the connection was finally made, and we all sighed with relief.

The wire was wrapped around the outlet and its ends secured in the plastic. The nose and engine compartments were double-checked to make sure no telltale materials such as matches, pencils, or scraps of paper had been left inside. The inspection window was replaced in the nose section, and with some difficulty the base cap was bolted into position. ·After checking the inside of the crate for evidence of our tampering we climbed out. The ladders were pulled up, the roof planks nailed into place, and the canvas spread back over. We packed our equipment and were picked up by one of the cars at 4:00a.m.

At 5:00 a.m. a driver came and moved the truck from the salvage yard to a prearranged point. Here the canvas cover was removed and the original driver took over and drove to the rail yard. The Soviet who had been checking items as they arrived the previous day came to the yard at 7:00 a.m. and found the truck with the Lunik awaiting him.

DECLASSIFIED Authority NND 947003

He showed no surprise, checked the crate in, and watched it loaded onto a car. In due course the train left. To this day there has been no indication the Soviets ever discovered that the Lunik was borrowed for a night.

The results of analysis on the data collected were published in a Center Brief. They included probable identification of the producer of this Lunik stage, the fact that it was the 6fth one produced, identification of three electrical producers who supplied components, and revelation of the system that was used here and conceivably for other Soviet space hardware. But perhaps more important in the long term than these positive intelligence results was the experience and example of fine cooperation on a job between covert operators and essentially overt collectors.

Sci-Tech

SETI Search For Space Aliens Increases Odds With Your Computer

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Zuhra Abdurashidova
Zuhra Abdurashidova

I graduated from the University of California at Berkeley 4 years ago with a degree in Mechanical Engineering. I received two job offers, one from SETI to work on high performance signal processing and the other from industry.

One does not simply walk away from SETI, so I had the pleasure of joining the Berkeley SETI Research Center (BSRC) team this past June. I received a warm welcome and was promptly sent to West Virginia to help install a new SETI system at the Green Bank Telescope.

There was a steep learning curve, but I was fascinated by BSRC’s work and couldn’t wait to actually understand what was going on.

As it turns out, our group is looking to expand its computing power, providing the ability to look at more star systems with habitable planets, expand the involvement of volunteers and acquire larger volumes of data; in short, broaden the search and increase our chances of intercepting a signal. Now I’m working on setting up new servers, network hardware, and signal-processing systems at Green Bank. We’re hoping to get data flowing and recording soon, and make it available for the interested public.

From the 19th-century idea of drawing a giant Pythagorean triangle in the Siberian tundra to signal extraterrestrials, to our current collection of servers storing and analyzing data, it is not hard to see how much progress has already been made.

Running SETI software on your home computer looks like this.
Running SETI software on your home computer looks like this.

Funding from the Breakthrough Initiatives is spawning new projects that would not have been otherwise possible. SETI@home is planning to work with Breakthrough Listen to collect and distribute data from the Green Bank and Parkes telescopes. However, in order to sustain the whole SETI@home effort we could still use support from our devoted SETI@home contributors.

Recently, I spent a day at the Bay Area Science Festival talking to kids and their adults. I was fascinated by just how stoked kids are about SETI. Some came with prepared questions and showed incredible curiosity and intelligence. The BSRC team is hoping to inspire kids to pursue science careers and I think searching for life beyond Earth is a great way to get them interested and involved. I hope you continue your support for this fascinating endeavor, and keep your eyes on the stars.  For the Berkeley SETI Research Center team, Zuhra Abdurashidova.

Berkeley SETI Research Center Logo

Supplemental- via nemesis maturity YouTube channel

Wow Signal – Scientists say that if the signal came from extraterrestrials, they are likely to be an extremely advanced civilization, as the signal would have required a 2.2-gigawatt transmitter, vastly more powerful than any on Earth.

The signal bore the expected hallmarks of non-terrestrial and non-Solar System origin.

One summer night in 1977, Jerry Ehman, a volunteer for SETI, or the Search for Extraterrestrial Intelligence, may have become the first man ever to receive an intentional message from an alien world. Ehman was scanning radio waves from deep space, hoping to randomly come across a signal that bore the hallmarks of one that might be sent by intelligent aliens, when he saw his measurements spike.

The signal lasted for 72 seconds, the longest period of time it could possibly be measured by the array that Ehman was using. It was loud and appeared to have been transmitted from a place no human has gone before: in the constellation Sagittarius near a star called Tau Sagittarii, 122 light-years away.

All attempts to locate the signal again have failed, leading to much controversy and mystery about its origins and its meaning.

http://en.wikipedia.org/wiki/Wow!_signal

http://en.wikipedia.org/wiki/Tau_Sagi…

http://www.bigear.org/wowmenu.htm

Sci-Tech

Largest Campus Telescope In Canada At York University

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Toronto’s York University will soon play host to the largest telescope on a university campus in Canada. The university announced recently that the new one meter telescope will arrive in 2018 to replace the existing 40 cm telescope which is used to conduct astronomical research.

York U will have a customized one meter telescope fitted with CCD electronics. Here is a diagram of a similar telescope. Image- orbitaldebris.jsc.nasa.gov

The current record holder (at the time of this article) for the largest telescope on a Canadian university campus is the 0.8 metre telescope which is housed at the University of Victoria in British Columbia.

Is Bigger Better?

Size isn’t everything when it comes to judging a telescope, however what really matters is the ability to gather light efficiently. A larger mirror means a greater light gathering capability. With more light comes more information and the ability to identify more details. Even in environments with a lot of light pollution, with enough light information astronomers are able to pick out stars and other celestial objects from all the other noise in the data.

Pubic Outreach

York University is already housing two telescopes; the aforementioned 40 centimetre telescope and another that is 60 centimetres but isn’t used for astronomical research or public outreach in the way that the 40 centimetre version is.

It is hoped that this new telescope will allow for students to engage in more advanced research objectives and will hopefully therefore entice a broader range of students and interests to the astronomy department. It is hoped that it will benefit students who live in York university housing. As well as benefiting students, it is hoped that the new telescope will also prove to be a boon to the university’s efforts to do more to further its goal of scientific outreach, giving the public the opportunity to view objects such as galaxies, which require expensive equipment to be view-able to amateur astronomers. Every Wednesday night the telescope will be open to members of the pubic and, for those that cannot attend these weekly sessions, every Monday the university will host live, online viewing through the telescope and take requests from the public for what to look at through it.

Galaxy image- public domain.

Portraits of the Cosmos

The new telescope will also be equipped with a charge coupled device camera which will allow the university to take images of celestial bodies in the night sky with the utmost clarity. Among the sights within our own solar system that the new telescope will make visible to viewers from Earth is Jupiter’s Great Red Spot. The Great Red Spot is a storm which has been raging on Jupiter’s surface for the last 187 years, first confirmed to have been observed in 1830, however there are records purporting to be of observations of the same phenomena dating back as far as 1665.

Similarly the rings and moons of Saturn, which can be viewed with even a basic telescope at the right time of year will be easy to see with great detail. It is hoped that sights like these will induce more children and young people to consider studying astronomy.

The arrival of the new telescope to York University should give the astronomy department a shot in the arm and will hopefully encourage the university to further its public outreach programs. For the Silo, Dimitry Karloff.

Supplemental- Choosing the right CCD camera for telescopes.