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Saturday, March 8, 2014

The Real Joy of Astronomy - Observing

Even though we now have access to remote telescopes in various locations in the world where we have the ability to capture starlight and store it on our personal computers, there is also a way of enjoying astronomy as I did throughout the years and still do today. It is very exciting and rewarding to capture images of galaxies and nebulae, however, I still enjoy simply looking through a telescope and looking at astronomical objects visually. For example, while I'm logged into a remote telescope from my home office, I will have the 10" Dobsonian reflecting telescope set up in the front yard.

Clark University student Stephanie Fussell and I  visually observing galaxies for her astronomy class project - "Classifying Galaxy Types"
Clark University student Stephanie Fussell and I  
visually observing galaxies for her astronomy 
class project - "Classifying Galaxy Types"

As I am imaging objects in New Mexico, perhaps I will be enjoying a good view of M81, the spiral galaxy in Ursa Major from my home. Sketching astronomical objects can be just as beneficial as imaging them. Our eyes can see details in astronomical objects visually through a telescope differently than an image can.

I would like to share part of an article I wrote back in 1987 when I was Secretary of the Cape Cod Astronomical Society for its monthly newsletter. It is titled "The Real Joy of Astronomy - Observing".

Interest in the night sky came about when man first looked up to notice a strange phenomenon. This was called "Starlight". Astronomy is one of the oldest sciences known. It was curiosity, wonder, observation, and thought throughout the centuries that brought us to the current understanding of the universe. It was with the most valuable instrument that humans started to learn the properties of heavenly bodies... The unaided eye.


Observing is really what amateur astronomy is all about. I can recall the exact day I became hooked on astronomy. It was a warm spring back in 1975 that allowed my best friend and me to ride our bikes after dinner until the sunset brought on the twilight. There was one particular night that detoured our attention from the earth and put it into the sky. Both of us were pedaling as fast as we could to beat the darkness that was quickly falling upon us to get home in time for dinner. As we turned down the last road before reaching our houses, suddenly there was a swift burst of light that caught the corner of my eye. My sense of curiosity forced me to stop instantly. When I took a good look at the spot where I saw the light, I noticed that the light was no longer there. The only thing that was there was a newly constructed house. My first and only thought was that it had to be a light left on in the house. Not being convinced, I slowly backed up and there it was... the bright light. To my astonishment, it wasn't a light bulb at all. In fact, it was the waxing gibbous moon reflecting off the garage window.


Sears and Roebuck Refractor and Celestron SCT Telescopes
Sears and Roebuck Refractor and Celestron SCT Telescopes

I had received a small refracting telescope made and sold by Sears Roebuck for Christmas the previous year. I was always looking for an excuse to get it out and use it and this was it! After pointing out the light source to my friend, Scott, I shared my idea of getting out the telescope and looking at the moon with it. Scott and I biked to my house as fast as we could with excitement and anticipation. After carrying the small telescope out to the front yard, it was then my lifelong passion for astronomy began! As I pointed the telescope to the moon and focused on the eyepiece, I couldn't believe my eyes. "Whoa!! You have to see this!" I shouted. As my friend Scott peeks, Scott yelled: "Look at all of the mountains!" It was a simple view of the moon that started a lifelong journey through the universe.

It was the visual observation that maintained a strong interest for myself in astronomy. In 1976 my family and I relocated to Cape Cod, MA. It was there I met Muir Evenden whose family had just moved into my development from Colorado. It was amazing that we discovered we both shared the same interest. As time went on, we both advanced our knowledge of astronomy in our own ways. While Muir used to read numerous books on the subject, I would enjoy viewing documentaries. However, there was one thing we always shared equally... Observing! Muir had his Celestron 8" SCT and I eventually acquired an Astroscan 4.45" wide-field reflector.

M57 - "Ring Nebula" in Lyra Image by Emily & Allie - PCIS
M57 - "Ring Nebula" in Lyra Image by Emily & Allie - PCIS

It was Muir who showed me all for the first time through his C8,  M31 - The "Andromeda Galaxy", M57 - The "Ring Nebula", and M13 - The "Great Globular Cluster " in Hercules. In exchange, I recall introducing Muir to M27 - The Dumbell Nebula. I recently asked Muir what he gets from observing... "When I find a Deep-Sky object for the first time, I feel a great deal of wonder, excitement, and a bit of relief as if it were a big accomplishment. Observing, to me, is an adventure."

It has been 27 years since I wrote this article for the CCAS Newsletter. It brought back a lot of fond memories of my observing adventures while transcribing to this blog post. 


My point in posting this old article is to convey how visual observing can be just as enjoyable and productive as gathering imaging from a remote robotic telescope. Both practices go hand in hand.

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Tuesday, March 4, 2014

Arizona Adventures: Then and Now

It doesn't seem that long ago (almost 10 years ago already?) when our annual trips to such astronomy meccas in Arizona like Kitt Peak, Whipple Observatory, and Lowell Observatory took place. Not only were we inspired by being in the presence of such famous facilities, but we also took the opportunity to enjoy the same bit of clear Arizona night sky that they were using...with our own eyes, telescopes, and maybe a film camera as well, we explored the heavens as they did. 

The McMath Solar Telescope on Kitt Peak imaged at the  Advanced Observing Program - November 2004
The McMath Solar Telescope on Kitt Peak imaged at the Advanced Observing Program - November 2004

Because we grew up with astronomy as a hobby we had the prerequisite posters on our walls: images of the Orion Nebula, Pleiades, and others - taken from these large telescopes we were so enamored with. As our backdrop to the wider universe, these images held a special power to inspire.

Now for the past decade or so what was once the realm of large university telescopes perched upon remote mountaintops has made its way into the hands of astronomy enthusiasts of all types. When we see the images that amateurs can produce with internet-accessible telescopes and compare it to those taken 20 or 30 or more years ago with vastly larger professional telescopes, it is truly a revelation...just looking at the images obtained by students at the Plymouth Public School as part of a collaborative effort with Insight Observatory and iTelescope.Net and I realize we are truly in a new era of astronomy.
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Saturday, March 1, 2014

Supernova in Galaxy M82

On January 21, 2014, a group of astronomy students spotted an extragalactic supernova in the galaxy known as M82, the famous nearby irregular galaxy located in the constellation of Ursa Major. It peaked at magnitude 10.5 during the first week of February, but as of February 28th, it was still quite visible in amateur scopes at about magnitude 11.7.

The discovery of this extragalactic supernova will provide an opportunity for students and amateur astronomers to study such an event utilizing remote robotic telescopes for astronomy research and education. Students and amateur astronomers could take sequential images of the galaxy over a period of nights to compare the supernova's change in magnitude.


Before and after photos of the galaxy M82 showing the appearance of a  brand new 11.7 magnitude supernova.  Images by E. Guido, N. Howes, M. Nicolini
Before and after photos of the galaxy M82 showing the appearance of a  brand new 11.7 magnitude supernova. 
Image by E. Guido, N. Howes, M. Nicolini

Spectra showed it to be a Type Ia supernova  (an exploded white dwarf) with debris originally expanding at up to 20,000 kilometers per second. It is significantly dimmed and reddened by dust in M82 along our line of sight. By one estimate, it would be two magnitudes brighter if we were seeing it in the clear.

< Because this new supernova is currently at magnitude +11 to +12, it's definitely not visible to the naked eye. You’ll need a 4-inch telescope at least to be able to see it. That said, at 12 million light-years away, this is (at the moment) the brightest, closest supernova since SN 1993 J exploded in neighboring galaxy M81 approximately 21 years ago. M81 and M82, along with NGC 3077, form a close-knit interacting group.

M82 is a bright, striking edge-on spiral galaxy bright enough to see in binoculars. Known as the Cigar or Starburst Galaxy because of its shape and a large, active starburst region in its core, it’s only 12 million light-years from Earth and home to two previous supernovae in 2004 and 2008. Neither of those came anywhere close to being as bright as the discovery, and it’s very possible the new object will become brighter yet.

The supernova occurred when the dwarf packed enough pounds to reach a mass 1.4 times that of the Sun, and it can no longer support itself. The star suddenly collapses, heats to incredible temperatures, and burns up explosively in a runaway fusion reaction. What we see here on Earth is the sudden appearance of a brand new star within the galaxy’s disk. Of course, it’s not really a new star, but rather the end of an aged one.

T24 is the largest iTelescope system in the Northern Hemisphere. It is big, it is beautiful. Situated under dark and clear skies deep in its Sierra mountains remote location in Northern California USA. This is the same location Insight Observatory plans to host the 16" Dream Astrograph Telescope.

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