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Minggu, 03 November 2013

Sun Dogs

Not everything interesting in the sky is actually out in space. Sometimes our weather and atmosphere can produce some interesting sights.

Here is a picture sent to me by new AAVSO member, Dr. Douglas Allen of an atmospheric effect called sun dogs. You can see a portion of a circle, the halo, against the sky, and two bright spots either side of the sun. The bright spots are sun dogs.
















Sun dogs are created by hexagonal atmospheric ice crystals refracting sunlight. Sun dogs are visible when the sun is near the horizon and on the same horizontal plane as the observer and the ice crystals. As sunlight passes through the ice crystals, it is bent by 22 degrees before reaching our eyes, so sun dogs always appear the same distance and angle from the sun.

The movement and orientation of the ice crystals determine a sun dog's shape, sharpness, and color. Mottled, wobbling, or tall crystals, generally result in more diffuse or colorful displays. An excellent web page describing sun dogs can be found at the Atmospheric Optics website.

Despite the fact this picture was taken on a frigid, 4 degrees F, Iowa morning yesterday, sun dogs don't require cold ground temperatures. The atmospheric phenomena can be seen around the world in any season�probably even on other worlds. Octagonal ammonia crystals in the atmospheres of Jupiter and Saturn, may spawn quadruple sun dogs!

Don�t Lick the Telescope, and Other Tips for Cold Weather Observing

December marks the transition here in Michigan from cool fall weather to downright frigid winter temperatures. For most of January, February and March, there is snow on the ground and the daytime temperatures will hover around freezing. Nighttime temperatures will be well below freezing, and on those few precious clear winter nights it can be unbelievably cold.

Here are some cold weather survival tips I have learned, observing from Michigan in temperatures down to 20 below zero Fahrenheit.

   1. Wear warm boots. When I meet people new to astronomy, they always want to know what the best telescope is and what accessories to buy. I always tell them, "The most important piece of equipment you will ever buy is warm boots". When it is clear, it is cold. If your feet are cold, you are miserable. If you are miserable, you are done.

Standing on the cold, damp ground outside you�ll soon know if your boots are up to the task. If they absorb moisture, or don�t insulate you from the cold ground your toes will be crying Uncle long before your favorite Messier object clears the trees.

  2. Always dress for temperatures 20 degrees colder than you predict it will be each night.

For the most part, you are not moving around a lot when looking through a telescope, downloading images from your camera or monitoring your tracking. You don�t generate any heat of your own just sitting there, and the night air has a way of sucking the warmth out of you faster than you think it will.

   3. Wear a hat. Most of the heat in your body escapes through the top of your head like a chimney. Cover your head and retain body heat.

I�ve seen lots of funky looking hats at star parties. Don�t worry about fashion. Go for comfort. My deep-winter, arctic-air-repelling hat is a big leather and fur job with earflaps and a long extension in back that covers my neck. I look like one of the wicked witch of the North�s soldiers in my long coat and that hat, but I�m warm.

   4. Keep your hands warm. Mittens are better than gloves, but they are awkward to use when dealing with focuser knobs, charts, pens and pencils, But if you can keep your fingers together, tucked away from the cold, they fare much better than they do as individual digits exposed to the elements. I�ve never had much luck with those gloves with the flip-top mitten cover for your fingers.

If you insist on wearing gloves, like I do, keep your hands in your pockets and out of the wind, as much as you can. Those little chemical heat packs you can buy in sporting goods stores work pretty well for a while. I sometimes throw a couple in my coat packets to create a safe haven for my fingers for a few moments between variable star observations.

If your fingers begin to hurt from the cold, go inside or get in your car and warm them up thoroughly. Frostbite can be very painful.

  5. Get out of the wind. Most of the time it�s not the air temperature that gets you, it�s the wind-chill. Put a building or a hedge, or better yet, an observatory, between you and the wind and you will be able to endure the cold for twice as long. The added bonus, of not having the telescope shake in the breeze, will save you time in making critical observations.

I remember very well the night that convinced me to build an observatory. It took twice as long as usual to set up wearing gloves, I dropped a small wrench in the snow and spent half an hour looking for it, the telescope was shaking so much it was hard to see anything in the eyepiece, my eyes kept tearing up from the wind and dropping tears onto the eyepiece lens, and the wind kept blowing right up my back as I faced south trying in vain to make variable star estimates.

I spent three hours out in the snow and wind and got exactly one variable star estimate that night. That week I became the proud owner of a fiberglass, domed observatory.

   6. Don�t breathe on optics. Breathing on cold glass means instant frost. If you wear a scarf over your face, be sure not to let the warm air you exhale spill out over the top of the scarf and down onto the eyepiece.

Set up your finder-scope so you are not breathing on the eyepiece when looking through the finder. On very cold nights, I sometimes have a large patch of frost on the back of the mirror cell of my Schmidt-Cassegrain, caused from my breath freezing on the back of the telescope while looking through the finder-scope.

   7. If you have dew heaters, use them right from the start of your session. They are much better at preventing frosted corrector plates, secondaries, eyepieces and finders than they are at removing frost. If you don�t have dew heaters, get them.

A heated box or holder for eyepieces can be a great benefit. If you only switch between a few, keep them in your pockets to stay warm.

Another accessory I find handy is a small hair dryer. If you have electricity available, one of these can be great to warm the eyepiece up enough to prevent fogging. If the lens or corrector plate on your telescope frosts up, you can use it to carefully remove the dew or frost.

You can also use it to warm your fingers. I�ve even stuck mine inside my coat to warm my frozen torso enough to go a little while longer. I�m sure this is a fire hazard, and you�ll probably read in the paper one day, �Michigan astronomer mysteriously ignites into flames, burning down observatory.�

   8. If you take notes at the telescope like I do, keep your pen warm or the ink will freeze. I have one of those "astronaut pens". Even that froze at 20 below.

I keep my pens tucked behind my ear to keep them warm. All my observing hats have a distinct black ink spot on the inside lining, just behind my left ear, from me continuously sliding my pen in and out under my cap and over my ear for warm storage.

   9. Use a plastic flashlight. If you are like most of my friends who read charts and log observations using a red flashlight, you put the flashlight in your mouth to write. On very cold nights, a metal flashlight can stick to your lip and be hard to remove without losing a bit of flesh.

Don�t laugh; I�ve seen it happen!

I suppose rule 9A should be, "don�t lick the telescope!"

If I ever see anyone get his or her tongue stuck to a frozen telescope, you�ll be the first to know!

   10. Take breaks every hour or half hour, depending on the weather, and go warm up. Keep an extra pair of dry socks warming on the dash of your car, or go in and throw a pair in the dryer for a few minutes. It�s amazing how a nice toasty pair of socks can change your attitude!

I�ve received several pairs of electric socks for Christmas and birthdays over the years from well-meaning friends and family, but I�ve never been really impressed by them. Considering the number of batteries it takes to actually keep your feet warm, it�s just not worth it. Refer to rule #1. Wear warm boots.

  11. Be aware of battery life in cold temperatures. The batteries in your flashlight, telescope, camera, dew heaters, etc., will perform poorly in cold temperatures. They�re smarter than me. They know when to quit. Keep warm extras handy.

  12. Keep your own personal battery charged. Plenty of rest, a good meal, snacks and hot coffee go a long way towards warding off the inevitable freeze.

The search for a thermos that would keep coffee hot in sub-zero temperatures was my �Holy Grail� for a long time. After years of searching, I finally found one at a camping supply store. It cost a pretty penny, but it makes all the difference to me.

  13. Know your limits. You have to be realistic about how much cold, discomfort or pain you are willing endure in order to get those last few observations. Don�t wait until it�s too late and then decide to tear down and pack up.

When you are really frozen, you fingers don�t work right, you move slower, you feel more tired than you normally would, and you can get careless, dropping things in the dark or forgetting how to pack your gear just so. All this means it is going to take you longer than usual to tear down.

That�s when you will meet Mr. Frostbite. It is better to take my word for it than to learn a painful lesson from him.

With a little planning and common sense you can take advantage of those long, clear, cold winter nights. Orion, Gemini and Taurus are calling. Just be careful out there.

Change of Season

It's that time of year again. The rain of the last two days has completely washed away the last remnant of snow. The gravel roads are going to be soft and uneven while the frost works its way out. The nights are noticeably shorter and now we just pushed the clocks ahead one hour.

I'm never sorry to see winter go away. But spring is a big tease. I used to think April was the beginning of spring, but now I don't believe it any more. I try not to get excited about flowers, green grass and mild weather again until the end of May. This is the in-between season with no name that keeps us guessing about what to wear each morning. You usually start out with three layers and strip down to one or two, and by the end of the day you start putting clothes back on.

This unnamed season doesn't usually come with many clear nights. It tends to rain a lot. It could even snow again a couple times before summer really arrives. The good news is, winter is on his way out. See ya later old man.

The clock thing works in my favor. Moving things up an hour gives me just enough time this month and next to squeeze in dinner, some social time with Irene, and still manage a good nap before it gets dark on clear nights. It's a little condensed in March and April, as compared to summer, but it is a transition time.

By summer, I have plenty of time after dinner to take a long nap before it actually gets dark at 11PM. The nights are short, but I do tend to get enough sleep and some decent time in at the telescope. That season tends to be a whole different sleep schedule, with me sleeping from 6 to midnight and staying up the rest of the day.

With the snow off the ground the sky will be much darker this week, and it's supposed to be clear a few nights this week. Things will dry out, the humidity will drop and the nights will be mild. Life is good.

It's Always Clear During Full Moon

There, I said it. We've all said it before, cursing the moon under our breath. "Why couldn't it be clear last week, during the meteor shower, or last month for the eclipse?" Now, when we are least inspired to head out to the telescope for the night because of the big, bright, full moon, NOW it clears up!

After it happens to you so many times it begins to feel like it happens every month. I'm just saying, it feels like it.

To be honest, I've had a pretty good string of clear nights lately, so I have no reason to complain just because it continues to remain clear here. It all started when I brought home the new German equatorial mount for my telescope. Last time I checked in here, I was on my way to NEAF to give a workshop on variable stars and the AAVSO. I've been incredibly busy since then, but that's another story. But, certainly part of that story is the new mount and the clear skies that I've been blessed with.

Now everyone knows you don't buy new astronomy gear and then plan to observe right away. Invariably, as soon as you take your new toy out of the box it gets cloudy for 30 days. It's another well know astronomical urban legend, clouds always come with new gear. That's because they pack them in the box! Everyone knows that.

There may actually be something to that old saying. You see, when I bought my new mount at NEAF this year I didn't have room to bring home the boxes the mount came in. They were way too big for the car we were driving. No way was our luggage and that beast in three boxes fitting in the car. So I opted to bring home the goods boxless. It's been clear or partly cloudy almost every night since, so there is your proof. The clouds come in the box. I didn't bring home the box, therefore, no clouds. As further proof, the weather in New York has not been great since I left. Sorry, New York, I left you my quota of new equipment clouds when I left the boxes behind. Maybe next month it will clear up...probably right around full moon.

How's the weather?

We had very strange weather here last night. It was perfectly clear, calm and a little on the warm side as I crawled into bed around midnight. (The first weekend of football trumps variable star observing)

About 2AM I heard thunder in the distance getting closer. At 3AM it was raining cats and dogs, well actually coyotes.

At 4AM it was perfectly clear again. I could see Orion rising out the window over my pillow and I could hear a pack of coyotes butchering what I think was a deer in the woods about 40 feet from the house. It was loud and scary. The cats upstairs all ducked under the bed.

At 6AM two of the cats were having one of their fake fights where they just hiss and scream at each other then run away.

Irene noticed me getting up and said, "Can't sleep with the cats making that much noise, eh?"

I said, "Yea, and the damn coyotes last night."
She said, "Coyotes?"

I said, "Yea, right after the thunder and rain."
She said "Thunder? It rained?"

Sometimes I wonder if we live in the same house.

Clear Skies

Here are the things that truly make an obsessed astronomer happy...weather maps. Weather maps with good news. Weather maps with good news on a weekend, and under a waning gibbous third-quarter moon!

Here is the Clear Sky Clock for my observatory.



You can find out all about CSS here.

Then there is the clear dry surface map. I can't remember the last time the weather over Michigan looked this promising.


And then there is the satellite image. I've practically wet myself now...


Last night was productive. I logged over 100 variable star estimates, mostly monitoring cataclysmic variables for outbursts. I caught several. Here is what a nightly report of visual observations looks like.

Date:August 14 , 2009
Observer: Mike Simonsen (SXN)
C. E. Scovil Observatory
Imlay City, MI, USA
Equipment: 12" LX200 SCT
Charts: AAVSO, Henden, Simonsen
Conditions: Clear, slight haze at times.

Con/Name yymmdd Vmag obs code comments

ANDAR 090814.3028 <14 .2="" br="" sxn="">ANDDX 090814.2958 15.0 SXN
ANDFN 090814.3007 <14 .6="" br="" sxn="">ANDFO 090814.3014 <14 .8="" br="" sxn="">ANDIW 090814.3056 14.1 SXN OUTBURST
ANDLL 090814.2986 <14 .6="" br="" sxn="">ANDLS 090814.2993 <14 .8="" br="" sxn="">ANDRX 090814.3042 13.2 SXN
ANDZ 090814.2972 10.2 SXN
AQLCI 090814.1708 <14 .4="" br="" sxn="">AQLDH 090814.1653 <14 .3="" br="" sxn="">AQLES 090814.1722 12.0 SXN
AQLFO 090814.1715 <14 .6="" br="" sxn="">AQLKX 090814.1792 <15 .0="" br="" sxn="">AQLPQ 090814.1778 <14 .8="" br="" sxn="">AQLUU 090814.1674 13.6 SXN ACTIVE
AQLV1141 090814.1743 <15 .0="" br="" sxn="">AQLV725 090814.1764 <14 .8="" br="" sxn="">AQRVY 090814.266 <14 .5="" br="" sxn="">AQRVZ 090814.2674 <15 .0="" br="" sxn="">CETWW 090814.2792 13.2 SXN OUTBURST
CYGCI 090814.2181 10.4 SXN BRIGHT
CYGEM 090814.2097 12.8 SXN ACTIVE
CYGEY 090814.2139 14.6 SXN
CYGSS 090814.2472 10.6 SXN
CYGV1006 090814.2222 <15 .0="" br="" sxn="">CYGV1028 090814.2278 <14 .6="" br="" sxn="">CYGV1062 090814.2382 <14 .7="" br="" sxn="">CYGV1062 090814.2396 <14 .8="" br="" sxn="">CYGV1081 090814.2396 <14 .8="" br="" sxn="">CYGV1089 090814.25 <14 .8="" br="" sxn="">CYGV1113 090814.2257 <15 .1="" br="" sxn="">CYGV1114 090814.2056 <14 .5="" br="" sxn="">CYGV1251 090814.2486 <14 .6="" br="" sxn="">CYGV1316 090814.234 <14 .8="" br="" sxn="">CYGV1329 090814.2375 13.3 SXN
CYGV1363 090814.2306 <14 .9="" br="" sxn="">CYGV1454 090814.216 <14 .6="" br="" sxn="">CYGV1504 090814.225 <14 .9="" br="" sxn="">CYGV1505 090814.2049 <14 .8="" br="" sxn="">CYGV2176 090814.2264 <14 .8="" br="" sxn="">CYGV337 090814.2229 <14 .8="" br="" sxn="">CYGV404 090814.2313 <15 .2="" br="" sxn="">CYGV482 090814.2153 11.2 SXN
CYGV503 090814.2354 <14 .9="" br="" sxn="">CYGV516 090814.2326 <14 .9="" br="" sxn="">CYGV542 090814.2292 <15 .1="" br="" sxn="">CYGV550 090814.2299 <15 .0="" br="" sxn="">CYGV630 090814.2458 <14 .9="" br="" sxn="">CYGV632 090814.2438 <14 .6="" br="" sxn="">CYGV792 090814.2125 14.7 SXN OUTBURST
CYGV793 090814.2132 <14 .8="" br="" sxn="">CYGV795 090814.2111 <14 .5="" br="" sxn="">CYGV811 090814.2215 <15 .0="" br="" sxn="">CYGV868 090814.2069 <14 .6="" br="" sxn="">DELEZ 090814.1965 <14 .9="" br="" sxn="">DELHO 090814.1979 <14 .9="" br="" sxn="">DRAAB 090814.1618 12.9 SXN ACTIVE
DRADV 090814.1535 <15 .0="" br="" sxn="">DRAEX 090814.1583 <14 .8="" br="" sxn="">HERAH 090814.125 12.5 SXN ACTIVE
HERAM 090814.1549 13.3 SXN
HERCH 090814.1299 <15 .0="" br="" sxn="">HERPR 090814.1382 <14 .9="" br="" sxn="">HERV1008 090814.1368 <14 .9="" br="" sxn="">HERV589 090814.1222 <14 .4="" br="" sxn="">HERV592 090814.1229 <14 .9="" br="" sxn="">HERV844 090814.1264 <15 .0="" br="" sxn="">HS1857+71 090814.1604 <14 .8="" br="" sxn="">LACAY 090814.2556 <15 .0="" br="" sxn="">LACBL 090814.2514 <14 .6="" br="" sxn="">LACKM 090814.2542 <14 .7="" br="" sxn="">LACPS 090814.2528 <14 .6="" br="" sxn="">LYRAY 090814.1417 <14 .9="" br="" sxn="">LYRCY 090814.1313 13.2 SXN ACTIVE
LYRDM 090814.1354 <15 .0="" br="" sxn="">LYRLL 090814.1403 13.7 SXN ACTIVE
LYRMV 090814.1465 13.6 SXN
LYRV344 090814.1431 15.1 SXN OUTBURST
LYRV391 090814.1389 <14 .9="" br="" sxn="">LYRV415 090814.1486 <14 .6="" br="" sxn="">LYRV419 090814.15 <14 .9="" br="" sxn="">LYRV493 090814.1444 <15 .1="" br="" sxn="">LYRV585 090814.1521 <15 .1="" br="" sxn="">LYRV587 090814.1514 <14 .8="" br="" sxn="">NSV14652 090814.2757 <14 .5="" br="" sxn="">NSV24663 090814.1813 <14 .6="" br="" sxn="">NSV7883 090814.1243 12.2 SXN
PEGEF 090814.2701 <14 .7="" br="" sxn="">PEGHX 090814.2764 13.7 SXN ACTIVE
PEGIP 090814.2743 <14 .4="" br="" sxn="">PEGRU 090814.2729 12.7 SXN
PEGV368 090814.2736 <14 .9="" br="" sxn="">PEGVAR79 090814.2715 <14 .7="" br="" sxn="">PERDY 090814.3139 13.0 SXN
PERKT 090814.309 <14 .5="" br="" sxn="">PERPT 090814.3153 <14 .5="" br="" sxn="">PERQY 090814.3167 <14 .7="" br="" sxn="">PERTZ 090814.3125 13.1 SXN OUTBURST
PERUV 090814.3111 <14 .9="" br="" sxn="">PSCEI 090814.2806 <14 .6="" br="" sxn="">PSCTY 090814.284 <15 .1="" br="" sxn="">PSCXY 090814.2826 <14 .4="" br="" sxn="">SGEAW 090814.1854 <14 .7="" br="" sxn="">SGEFG 090814.1896 <14 .7="" br="" sxn="">SGERZ 090814.1868 <14 .8="" br="" sxn="">SGESV 090814.1819 10.4 SXN
SGEV 090814.191 11.3 SXN
SGEWZ 090814.1889 <14 .5="" br="" sxn="">TRITU 090814.2875 <14 .9="" br="" sxn="">TRITW 090814.2778 <14 .3="" br="" sxn="">TRITX 090814.2889 <14 .8="" br="" sxn="">TRIWY 090814.2903 <14 .8="" br="" sxn="">VULFY 090814.1924 14.2 SXN ACTIVE
VULRZ 090814.1938 12.4 SXN
VULSW 090814.1951 <14 .9="" br="" sxn="">VULTY 090814.1993 <15 .0="" br="" sxn="">VULVW 090814.2021 <14 .8="" br="" sxn="">
Tonight we should be able to get all those plus many in Triangulum, Perseus and Andromeda that were too close to the moon last night. Time to get some rest. Its gonna be a long one.

Early to Bed, Early to Rise

During the summer, astronomical darkness comes so late that if I think it might be clear that night, I go to bed shortly after dinner and wake up around 11PM or midnight to go out and observe. Sometimes the weather prediction is wrong and I wake up to cloudy skies. Sometimes I can go back to bed, especially if I've had several late nights at the telescope, and sometimes I stay up and catch up on emails or shows I've recorded on DVR. I keep checking, and if my luck is good the sky clears up and I can go out before dawn for a while.

Eventually the short nights of sleep accumulate and catch up to me, and I crash in front of the TV around 9PM and stagger up to bed whenever a cat jumps on my head, chest or otherwise wakes me up.

Last night was one of those crash in front of the TV nights. I made my way upstairs around midnight and slept like a stone, until about 4AM. I woke up and looked out the window to the east to see if the clouds had thinned. I could make out a few bright stars through the mist, but it wasn't clear, so I dozed a little more. Around 5AM I woke up again and stared out the window into the darkness of pre-dawn.

It was glorious. A faint sliver of the waning Moon was above the horizon, up and to the right was Venus blazing bright. Mars sat in the no-man's land between Gemini and Taurus' bright stars. It was one of those times where you could draw a line through the Moon and planets to explain to a visitor how the ecliptic is the plane of the solar system on the sky.

I looked for Auriga, and epsilon Aurigae was almost past the top of my window view. I could make out the Pleiades and that lower branch of Perseus that seems to flow right into them. But what surprised me, as it always does each year, was the fact that almost half of Orion's body was above the horizon already! It looked like a November-December evening!

The ancients used to mark the rise of Sirius with some importance, but to me, seeing Orion again after a long spring and summer without him marks the change of seasons. Soon the weather will get cooler at night, the nights will get drier, the seeing will improve and the best part of the observing year will be here- Autumn! Man, I love fall. The color of the leaves, the cool air, football and great nights at the telescope.

Eventually, as the nights get longer and longer, and the Sun rides lower and lower across the sky, winter will set in. I hope its not as bad as last winter. I'm still getting over the shock of having zero clear nights from the end of October last year until March. And the snow piled higher than I can remember since I was a kid.

Whatever we're in store for, it's coming soon. Orion told me so this morning.


Sky map credit: Sky and Telescope and check out this great article

Orion picture credit:
http://www.freewebs.com/worldstarsofpeace/worldstarsofpeaceflag.htm

Answering the Call

This morning at 3:20AM I nearly fell off my chair in the observatory...literally.

Most of you know by now that I am a variable star observer. I have a 12-inch telescope in a dome I use to monitor several hundred cataclysmic variables for outbursts visually, and another 12-inch telescope in a roll off roof observatory that has a CCD camera doing photometry, more or less automated.

The visual monitoring program is sort of the astronomical version of a Chinese fire drill. I start in the east and work my way west through the night going from one variable star to the next as fast as I can. I make an observation in 60-90 seconds, log it, and move on. The reason for the rush is, it's a numbers game.

Most cataclysmic variables are too faint to be seen at all in a 12-inch scope when they are quiescent, not in outburst. Only when they erupt do they become visible. Most of the stars I follow outburst brighter than 15th magnitude, typically in the 13's or 14's. Some, like SS Cygni, get a lot brighter in outburst, and can be seen with binoculars.

Outbursts can last days or weeks depending on the star, but the thing is, they are totally unpredictable and they do not wait for anyone. If you miss a rare outburst, you may not get another chance for years, or decades. In some cases, never again.

On any given night only a handful of these stars may actually be active, out of the hundreds known. So the only way to be sure to catch them as they go into outburst, and to increase your chances of catching that rare find, is to observe as many of them each clear night as possible. I try to do at least 100 observations per night.

The majority of visual observations I log in a night are negative detections. In other words, I didn't see the star. It's not in outburst, or it's too faint for me to detect yet. When I log the observation I note the name of the star, the time to the nearest minute and the magnitude of the faintest comparison star I can see. For me, the limiting magnitude is usually between 14.8 and 15.2. On moonlit nights or under hazy skies that may drop to 14.5 or less, and on really fine, clear, dry nights I may occasionally glimpse a 15.5 comp star briefly.

When I report the observation it is written as 'less than the magnitude of the faintest comp star' (<14 .8="" a="" aavso="" activity.="" and="" area="" as="" basically.="" better="" br="" by="" can="" cv="" easy="" email="" fainter="" from="" i="" in="" it="" limiting="" lists="" magnitude="" morning="" my="" next.="" night="" of="" one="" other="" out="" quality="" report="" s="" see="" several="" sky="" slew="" so="" submit="" tell="" that="" the="" to="" track="" type="" typical="" you="">
So, back to my story.

Around 2:30 I start observing in Andromeda, which is just about straight overhead. The star dots have shrunken down to fine points and the seeing has obviously improved a lot. As I examine the field of V402 And I'm stunned to see the 15.8 comp star plain as day. I've seen it on CCD images before, but never in the eyepiece. I move to the next field, LL And and I can see the 15.9 comp star easily with averted vision. I would have to image this field for 60 seconds with a CCD and V filter to measure a 15.9 star, and yet here it is in my Mark I eyeball! The sky has literally opened up for me and I am seeing things in the eyepiece I have not even glimpsed before. I log more than a dozen more record magnitudes over the next 45 minutes and also manage to catch several CVs in outburst.

It's just me, the telescope and the Universe sharing an exceptional night together when suddenly the peace is shattered by -- RING-RING...RING-RING...RING-RING!

My very loud cell phone is ringing at 3:20AM. The obnoxiousness of it startled me so much I nearly fell off my chair. As I fumble to find it in one of my pockets in the dark, terrible thoughts start to run through my head. Did someone fall ill, get rushed to the hospital or die? Is it Mom? Maybe something happened to Dad. I answer the phone with my flashlight still in my mouth.

"Hewowe?"

"Mike, is that you?" It's my brother Doug, and the first thing that pops into my head as I take the flashlight out of my mouth is 'he's in jail and needs me to come get him.'

"Yea" I say rather irritated.

"I'm surprised you answered".
"I'm surprised you called. What's wr..." I never get the rest out because Doug is in full blown talking mode now. It's a one-way street. His mouth opens up and his ears shut down.

"I'm outside looking up at the most incredible sky I've ever seen." (Tell me about it.)
"Mars is talking to me, I can see Pluto and that little-dipper-like-thingy" (the Pleiades) "and oh my God, it's just beautiful, Mike."

I try to tell him the name of the cluster and that Pluto can only be seen with a telescope, but he'll never remember. My brother is drunk dialing at 3:20 in the morning and I was stupid enough to answer the cell without looking at the caller ID. Crap!

So after a few more 'I love you, mans' we hang up and its me and the morning sky alone again. I made a note in my log, DOUG CALLED!, and proceeded back to the business at hand. After my nerves calmed down a bit I started to chuckle to myself, because he was right. It was a beautiful sky, he knew I'd be out there at the telescope, and he just wanted to share the moment with me, bless his heart.

I took a little time to get lost in the Orion Nebula in his honor, and debated with myself if it was worth trying to chase down the Horsehead Nebula. I quickly came to my senses and got back with the program. I was rewarded for my efforts with three Orion CVs in outburst in a row, CN Ori, V1159 Ori and BI Ori--the Trifecta! This really was a great night!

I finished up in Auriga and Gemini about an hour before dawn and came in to warm up, eat breakfast and submit my reports. Out of 116 CV observations, 20 were active or in outburst. The rest are hiding away, biding their time, waiting to present themselves on another fine night.

Note to self:
Turn the cell phone on 'vibrate' when out at the telescope.