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CNers have asked about a donation box for Cloudy Nights over the years, so here you go. Donation is not required by any means, so please enjoy your stay.
Do you like introducing young people to the wonders of the night sky? Are you interested in trying new and different equipment?
One of our goals here at Cloudy Nights is to introduce as many children as possible to the glory and wonder of that precious resource, our sky. To this end we have offered different programs over the past several years, and recently embarked on an annual program of equipment loan and outreach encouragement.
At the top of this page is our "Kid Counter". This counter shows the number of children who have been lucky enough to see what the heavens are about courtesy of amateur astronomers like you. Won’t you join us in our attempts to showcase the beauty of the sky to a new generation of astronomers?
A big thanks to all the folks who have donated equipment for our tiny eyes program.
Current items include (but are not limted too)::
donated by Cloudy Nights
Includes: Sunspotter, cover, manual
Denkmeier Standard Binoviewer
donated by Denkmeier Optical
Includes: Denkmeier Standard Binoviewer, 2 sets eyepeices
(15mm Long Eye Relief, 32mm plossls), carrying case and one of the
following corrector systems (please specify when requesting) a)
Starsweeper (for SCTs), b) 2" OCS (for newts)
Not included: telescope
The program requirements are as follows:
1) Loan of all equipment is offered primairly on a first come first served basis.
2) Amateurs are asked to use the equipment to show at least one item to one child.
3) Astronomers are asked to submit the number of children that participated so they can be counted.
4) Astronomers (and/or the children involved) agree to submit a few comments sharing their experiences.
5) Participating astronomers agree to cover mail and insurance costs (where possible - if not don't despair - please contact us).
6) The standard loan term is for one month (other arrangements are possible).
7) Astronomers must also realize they become fiscally responsible for the item while it is in their posession. Depending on the value of the item, we may require that you submit a credit card number for billing/deposit. The money will be refunded after the item is returned.
8) Cloudy Nights reserves the right to refuse any loan application.
Please contact Tom Trusock (email@example.com) for more information or to sign up for the program!
Some comments from prior participants:
Ed Zarenski - (8mm Radian)
Thanks. In a word, Outstanding! I had four neighbor kids over the day I got it and last night we had the Cumberland Star Party, 15 people - 4 adults/11 kids attended. Fabulous night, crystal clear dark sky. As agreed, more to come on that later. Most impressive observation last night with the 8mm radian - the depth and clarity with which this ep penetrated into the stars of the double cluster. Thanks again. edz
Wing Eng - (10mm)
On Wednesday, October 10th, I took your 10mm Televue
Radian eyepiece to
I set up a Celestron 102mm f/5, 500mm, Wide View scope, mounted on a Celestron photo-tripod, which yielded a 50X image of the moon and sun with the 10mm Radian eyepiece. The sky was a crystal-clear blue and provided extremely steady views of both celestial objects. The comments I recorded were "neat, tight and wow!" Some of the older kids expanded on the nature of the moon's cratered topography(8 or more craters seen) and on the nature of the black-colored sunspots(about 3 thousand degrees cooler than rest of the sun).
It was pretty simple to guide the children to place their eye approximately ¾ inch from the Radian eyepiece in order to best view the moon and sun for a maximum alloted time of 30 seconds each; although some children took as little as 3 or so seconds to take a "look." I had to reposition the scope about every minute or two as the Radian yielded a field of view of 1.2 degrees.
Several children wanted to know how much the scope cost. I let them know it was $329 and was just a bit more than the Radian eyepiece. I trust that this "introduction" to astronomy for these kids will perhaps spark their interest to continue to view the heavens. I also verbalized to the children that the should appreciate that each of the sunspots was about the size of the earth and that about 1 million earths could fit within the volume of the sun.
I plan to have another "night-time" star party at the school during March 2002, when we can view the 1st quarter moon, along with the planets Saturn and Jupiter.
Gratefully Yours, Wing
Richard / Zero Ohms (15mm RKE)
I took my niece out this evening to observe the close proximity of Jupiter to the Moon. The Ikeya-Zhang comet was lost in the haze of light pollution to our west, so I let her choose our first target. Her choice was the Moon, so I popped in an RKE 12mm eyepiece into my Starmax 102, and showed her how to work the slo-mo controls and how to focus.
"Whoa! This is too impossibly cool!" was her reaction to the sharp relief of the mountains and craters along the edge. After spending some time on the Moon, I let her slew over to Jupiter. I asked her if she noticed the bands across the planet. She replied yes, and that there was a "bubble" in one of the bands. Of course, she'd discovered the Great Red Spot!
We swung the scope up to Saturn next. Titan was exciting, as was the Cassiini Division, but when she found the shadow of the rings across the planet, she said, "I have got to get me one of these!", referring to the scope. Though much of its glow was muted by the Moon's brilliance, we next trained on the Orion Nebula, and finished up with a quick look at the Pleaides, which she called a "mound of stars close together".
After nearly an hour, and the penetrating cold chased us back inside after what for her was a transformational experience. And for me, it was a chance to share my passion for the night sky. Good stuff all around!
Kevin Pfeifle (10mm Radian)
I was really pleased with how well the Radian worked with my scope. I was using it at a magnification of 122x and at 244x (with a Tele Vue Barlow). We looked at a variety of Winter objects, Jupiter & Saturn, M42/M43, Aldebaran, the Pleiades and the open cluster M37. I asked the kids to write a couple of sentences about the evening, here is what they said:
Amy: Last night I looked through my Dad's PortaBall. We saw the yellow-green planet, Saturn. With the telescope we were able to see Saturn's rings. We also saw Jupiter. Jupiter had two red stripes on it. One skinny stripe and one thick stripe. I enjoyed looking through that eyepiece, I had a great time.
Nate: Last night I looked through my Dad's telescope using a Radian eyepiece. I saw Saturn's rings and two red stripes on Jupiter. Some of the stars I saw were red! I found Jupiter by myself.
All in all, it was a great evening! Thanks
Well, now you are probably wondering, just how many students did I
solar observe with on that sunny afternoon? We ran around 300(!?!) kids
and 15 adults through in a single afternoon. It was a true marathon. My
only regret was that they couldn't have a little more time at the
eyepiece. Maybe next time I can find another amateur astronomer in the
area who can give me a
hand. If you are from
David Owen (10mm Radian)
Astronomy doesn't get a lot of press here where I live in eastern
Saturday was cloudy but Sunday was ideal. By
At this point, being a "school night", I was about ready to pack it in when the kids insisted that I show them some more "stuff". Thinking for a minute, I decided to try to show them as wide a variety of objects as I could in a short timeframe. First I pointed out a couple easy constellations: Ursa Major and Leo. I then talked about how you can use constellations to find objects in the night sky (especially since I don't have a GOTO mount). Using Ursa Major, we searched for the galaxies M81 and M82. These were easily found and I had the opportunity to discuss what galaxies are and how far away they are from us. I don't know what they are teaching in school, but many of them didn't know the difference between a solar system and a galaxy. Quite alarming to me! We then looked at two double stars, Castor and Mizar. I had a preconceived notion that double stars would be "boring" but was quite surprised to find the kids were really interested in them. The next object was the globular cluster, M3. More explanations about globular clusters followed and then we finished with the open cluster M44 in Cancer.
What started out as a 20 minute viewing session had turned into a viewing experience of four planets, one galaxy, two double stars, one globular cluster, and one open cluster that lasted for more than an hour and a half. The kids remained interested the entire time. What really amazed me was that a couple of them went and tried to get their parents but none of them would come out. It was a great time and just goes to show how easy it can be to get kids involved in this hobby. I've done the same type of sessions with my son's Cub Scout troop with similar results. Please take the time to either volunteer an evening with your local boy or girl scouts, school groups, church groups, or at the very least, kids in your neighborhood. The smiles on their faces and gleams in their eyes will outshine the stars in the sky.
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