From the Director





by Rex Parker, Phd

Video Astronomy for AAAP Members
Many of us have had the experience of showing the planets, sun, and deep sky to the public using telescopes. Children and adults alike can be inspired by a telescope, but just as often nowadays can be put off by bland washed out “flashlight in the fog” views, as sky conditions succumb to the scourge of skyglow and light pollution. When I first started in AAAP in the mid-90’s with a Celestron-8 and the club’s 12.5” Newtonian, I found nearly all of the Messier Objects using glass eyepieces and “star-hopping” methods, pushing the scope around the sky by hand. As light pollution and skyglow worsened in our area over the years the Messiers faded badly in the eyepiece.

The difficulty in seeing objects today in an eyepiece makes visually sharing the night sky risky at times. It can have the unintended consequence of disappointing people, especially those new to telescopes. The last thing we want to do is dissuade kids from pursuing astronomy and making a connection with nature and the sciences. Ironically the availability of Hubble images on the internet feeds into this tendency towards disillusionment with actual views of the deep sky in central NJ. For amateur astronomers, technology is the best way forward. It’s the only way to overcome lost sky contrast in locations like ours. Importantly, the new technologies mean that you don’t need to initially know or learn as much about astronomy to do meaningful observing as was needed even 10 years ago. Automated portable mounts with precise “go-to” capabilities, and planetarium program databases on laptops and mobile devices enable deep sky objects to be found and tracked accurately despite the inability to see them through an eyepiece. The newer generation of CCD- and CMOS-based astronomy cameras with high download rates and great sensitivity enables objects that are literally invisible in the eyepiece to emerge brightly in near-real time on laptop or monitor.

So we continue to upgrade our astronomical equipment at the AAAP Observatory. It’s my hope that the improvements will enable more members to develop observing skills. The equipment is there for members to use. The learning curve for the new equipment is not steep, thanks to much improved new software that less experienced amateurs will appreciate. The club is here to help members get the most out astronomy. Stay tuned for more specific plans which we’ll discuss at the Jan and Feb meetings at Peyton Hall, and keep an eye on Sidereal Times, the website Calendar, and e-mail messages this winter.

Solstice and the Length of a Night
I’m excited to help kick off the New Year in astronomy as AAAP convenes again at Peyton Hall January 14. During the presentation our focus will return to the sun, appropriately enough since we recently celebrated the winter solstice. On Dec 21 the sun reached its lowest noon altitude and we formally began winter season in the northern hemisphere (but where is the snow, you ask?). Solstice gave us the shortest day and longest night of the year with sunset locally at 4:36 pm and sunrise at 7:19 am on Dec 21 here in central NJ. But surprisingly this day did not provide the earliest sunset nor the latest sunrise times. This seeming paradox needs explaining.

The standard time system is based only approximately on solar days and more exactly on clocks. Clocks are based on 24.00 hour days, while a solar day (the period between solar transits) varies and is seldom 24.00 hours. The exact relationship between solar and clock time can be calculated with ephemerides software. Of several good programs out there, the one I use is the software developed by the US Naval Observatory’s Astronomical Applications Dept. The “Multi-year Interactive Computer Almanac” (MICA, v 2.2.2) program is available at modest cost from Willman-Bell, MICA can calculate positions and timings of all the relevant planetary and solar events. Using MICA I determined the times of sunrise, sunset, and the length of night for central NJ for each date over one year. The data plotted in Excel (Figure below) show that the latest sunrises (the few days around Jan 4) come later, and the earliest sunsets (the few days around Dec 7) come earlier, compared to the longest night of the winter on solstice Dec 21. The discrepancy between solar time and clock time is often referred to as the equation of time, which can also be represented as the analemma with which astronomers and navigators may be familiar. Here “equation” really means “reconcile a difference” rather than a mathematical equation such as we’re familiar with.

Sun Data Plot 2019

Visitor from another Star
At the December meeting I showed an image and video (below) of the interstellar comet, 2I/Borisov, the first ever discovered. The comet is very faint and small, but the finding is quite exciting considering it means that material from another star has entered our solar system directly and came within ~180 million miles (2AU) of earth. No reports of telescopic visual sighting of this comet have emerged, but amateur observations have been made with relatively large telescopes using CCD cameras. To make the video below, I used a Skynet telescope, PROMPT8. This is a 0.6 meter diameter, 4.1 meter focal length meter telescope with CCD camera located at CTIO Observatory in Chile. The video is made from 17 consecutive 2 minute subframes, so it shows movement of the comet over 34 min. In that time the comet moved about 1.4 arcmin compared to the stars in the field. The still image shows the same set of images stacked and centered on the comet so that the stars trail as a series of points.

Comet Borisov at 3:30am on Dec 10 2019, taken over a 34 minute period. Image and video by RAParker using the PROMPT8 telescope with UNC’s Skynet.

Seeking co-editor for Sidereal Times
We have an opportunity for a new co-editor of Sidereal Times, the official monthly publication of AAAP. The co-editor role is to organize and edit member submissions and do layout using WordPress software for uploading to the website. Experience with WordPress is helpful but not necessary. We’re looking for a member who has an affinity for writing, with creativity and a willingness to contribute to others’ knowledge while gaining internet editing experience. If interested please respond to or

Posted in January 2020, Sidereal Times | Tagged , | Leave a comment

From the Program Chair

by Ira Polans, Program Chair

Hope you and your families had a happy holiday season!

Featured Speaker The January meeting of the AAAP will be held on the 14th at 7:30 PM in the auditorium of Peyton Hall on the Princeton University campus. The talk is Eying the Sun: Our Nearest Star by Bin Chen Associate Professor of Physics at the New Jersey Institute of Technology.

Our nearest star, the Sun, is not as benign as it may appear. The tangled and dynamic magnetic field in the Sun’s atmosphere produces many fascinating phenomena, which include massive solar flares and coronal mass ejections that influence the space environment, known as “space weather”. In this talk, Dr. Chen will give a brief overview of our unresting Sun and the related space weather impacts. Selected recent advances in understanding solar flares and coronal mass ejections will be presented.

Dr. Bin Chen is Associate Professor in Physics at the New Jersey Institute of Technology (NJIT). Prior to that, he held an appointment as an astrophysicist at the Harvard-Smithsonian Center for Astrophysics and as a postdoctoral fellow at NJIT. He obtained a Ph.D. in Astronomy from the University of Virginia in 2013. He received the NSF CAREER Award in 2017 and the NASA Living-with-the-Star Jack Eddy Postdoctoral Fellowship in 2013. Chen’s research focuses on solar high-energy phenomena associated with explosive events such as solar flares and coronal mass ejections by using radio and multi-wavelength observations. He is a core member of NJIT’s solar-dedicated radio observatory: the Expanded Owens Valley Solar Array. He also utilizes some of the world’s premier general-purpose radio facilities including the Karl G. Jansky Very Large Array (JVLA) and the Atacama Large Millimeter Array (ALMA) for solar studies.

10-Minute Member Talk After the break Bob Vanderbei will share some of his images from the recent November 11 Mercury transit. If you’re interested in giving a future 10 minute talk please either email me at or speak with me during an upcoming meeting.

Meet-the-Speaker Dinner There will be a meet the speaker dinner at 6 PM at Winberie’s in Palmer Square prior to the meeting. If you are interested in attending please email me by noon on January 14 at

February’s Speaker We’ve scheduled a talk on the Parker Solar Probe for the February meeting.. The speaker will be David McComas, Vice President of the Princeton Plasma Physics Laboratory. Please help spread the word about this upcoming talk!

Posted in January 2020, Sidereal Times | Tagged , | Leave a comment

Minutes of the December 10, 2019 AAAP General Meeting

by John Miller, Secretary

● Director Rex Parker opened the meeting, 7:30PM. He reviewed several current items on the club’s agenda (Space X satellite petition; newly-purchased equipment and the upcoming field trip to the Info Age Learning Center – Wall Township, NJ

● Ira Polans introduced guest speaker, post doc, Patrick Crumley. Crumley’s topic reviewed the discovery, history and current research of GRBs. There were approximately 55 attendees.

● Member John Church gave a short presentation on a space scale model.

● Rex brought the newly-purchased iOptron AZ mount to show members. The purpose of the acquisition is to have the mount coupled with a 5” refractor for the WC observatory as well as use with field outreach.

● There was detailed discussion about possible stabilization of the WC observatory pillars (contractors, insurance, park officials). Concerns included contractor availability, labor and equipment costs and design options.

● Michael Mitrano, Treasurer reported a current treasury balance of $16,945.00.

● Secretary John Miller revisited the need for the meeting leader to ask if new members are in the audience. The suggestion was to make this SOP for each meeting, during the general meeting, so newcomers feel more included and existing members get to know who those new people are.

● Observatory Chair, David Skitt, mentioned that the Bear Tavern Rd. gate is now locked (AAAP lock). Contact David Skitt or Rex Parker for gate opening procedure.

● The meeting adjourned about 10 P.M.

Posted in January 2020, Sidereal Times | Tagged , , | Leave a comment

Sharing the Sky, January—March 2020

by Jeffrey Pinyan

In an effort to remain an active participant in the AAAP while I adjust to fatherhood, I’ve decided to pen a series of informative and educational notices about selected upcoming astronomical events. I call it “Sharing the Sky”, in line with my desire to share my love of celestial observation with others.

While the observatory doesn’t open until April – and even then, we’re at the mercy of fickle Friday weather – there’s still plenty to see in the skies above in the first three months of the new year. Many of these sights require you to get up before sunrise, and some require a low horizon, so consider sharing the sky (and your equipment!) with your fellow astronomers and guests at the Washington Crossing soccer fields.

The Quadrantids – Jan 3-4
The new moon of Christmas waxes, but the gibbous moon will set just after midnight on January 4th, leaving the sky much darker for observing the Quadrantids meteor shower. This shower is named for the now-defunct constellation Quadrans Muralis, “the wall-quadrant”. It was created by French astronomer Jérôme Lalande in 1795, who named it Le Mural; it represented the observing instrument known as the mural (that is, wall-mounted) quadrant, used by the likes of Edmond Halley and Tycho Brahe. In 1801, German astronomer Johann Elert Bode gave the constellation its Latin name and included it in his Uranographia star atlas, but the constellation was omitted in the official list of 88 constellations established in 1922 by the International Astronomical Union.

The stars of Quadrans Muralis, situated in between Ursa Major, Draco, Bootes, and Hercules, have been subsumed into Bootes. The radiant is located nearly at the circumpolar circle, around +50° dec., just north of the head of Bootes (Nekkar [β Boo]). The meteor shower is believed to originate from the remnants of comet C/1490 Y1, observed by Chinese, Japanese, and Korean astronomers in 1490; another possible source is the asteroid 2003 EH1, which might be related to the comet. The shower is very brief in duration, generally only five days, and its peak is short-lived, as little as eight hours. The radiant will be low in the northeastern sky at midnight on January 4th, and will climb toward the zenith over the next eight hours, although the encroaching dawn will make viewing difficult by 6 AM.

Taking the Bull by the Horns – Jan 7
As sunlight fades to the west, Taurus rises in the east, with a nearly-full Moon right between his horns. The glare from the waxing gibbous will drown out other nearby stars, but the red eye of the bull, Aldebaran, still gleams less than 3° away. Prime viewing starts around 6 PM, when the Moon and Aldebaran are about 40° north of the eastern horizon, and continues until moonset around 4 AM. The careful observer will detect the Moon drifting slowly eastward away from Aldebaran, while the whole sky spins to the west. (If you miss this close pass, it will repeat on February 3rd and on March 2nd.)

The red star gets its name from the Arabic al Dabarān, “the follower”, because it follows (rises after) the nearby cluster of the Pleiades. The star also appears to be the brightest member of the Hyades open cluster that makes up the bull’s head, but this is just a trick of the light: Aldebaran is about 65 light-years from Earth, and the Hyades cluster is another 90 light-years past it (making it the closest open cluster to our solar system).

Mars at War – Jan 18
The constellation Scorpius is generally associated with the summer months, when the pincers and stinging tail crest above the hazy southern horizon during the warm nights. But the front of half of the constellation can be glimpsed low in the southeast just before sunrise during January, and in particular the “heart” of the scorpion, the red giant Antares. This unmistakably red star earned its name by seeming to complete with another red “star”, a wandering star, the planet Mars. The Greek name for Mars is Ares, and the prefix anti- means “opposed to”, so Antares is Mars’ rival owing to its brilliant red color. Mars would lose this battle, if it ever occurred – Antares is large enough that if it were placed where our Sun is, it would swallow up the first four planets easily. Its massive size comes at a price: it has a much shorter lifespan than our gentle star. At 4.5 billion years old, the Sun is only middle-aged, while the 12 million year old Antares is only a few million years from a violent end.

On occasion, the planet and the star (a mere 4.5° south of the ecliptic) come awfully close to one another. They were tantalizingly close back on the evening of August 24th, 2016 (less than 2 degrees apart). In 2020, this meeting is less close (4.5°) and less convenient – you must brave cold January mornings to watch Mars creep closer to its rival, peaking around 6 AM on the 18th. A waning crescent moon in the vicinity on the 20th (possibly tinged orange by our atmosphere) completes the scene.

The Moon’s Superiority Complex – Feb 18-20
Our solar system is made up of “inferior” and “superior” planets: those whose orbits are inside ours are deemed inferior, and those whose orbits are outside ours are called superior. The three closest superior planets – Mars, Jupiter, and Saturn – are visible to the naked eye, and in the early mornings of February they form a nearly straight line low in the southeastern sky. For three straight days, the Moon brushes shoulders with these three planets.

At 6 AM on the morning of the 18th, a thin crescent can be spotted about a Moon’s-width to the west of Mars. Observers west of the Mississippi would be able to watch at least some of the lunar occultation of Mars (when the Moon blocks Mars from view), but sunrise will hide that from New Jersey astronomers. An even thinner crescent can be seen 4° west of Jupiter at 6 AM on the 19th. The slightest crescent might be spotted only 2.5° southwest of Saturn on the 20th, but it will be tough: these two rise shortly before 5:30 AM, and are only about 7° above the horizon by 6 AM when the coming dawn begins to drown them out.

Growing Moon, Shrinking Venus – Feb 27
As February ends, a waxing crescent Moon appears about 6° from a waning gibbous Venus in the western sky after sunset, about 40° above the horizon around 6 PM, visible until they both set around 9 PM.

Martian Close Encounters – Mar 18-31
As spectacular as February’s conjunctions between the Moon and the superior planets were, March boasts even rarer views for the intrepid soul who can rise before dawn.

Over the past 30 days, Mars (for which this month is named) has inched closer to Jupiter. If you look to the east around 6 AM on March 18th, you will find a crescent Moon only 2.5° from Jupiter, with Mars half that distance from the gas giant. You can also spy Mercury “high” in the sky (around 7°) at 6:45 AM, before sunrise washes it out.

By the next morning the fading silver sliver has sped past Saturn into the faint constellation of Capricornus, but Mars goes on with the show. Before sunrise on the 20th, it’s less than 1° south of Jupiter, and as March ends, it approaches less than 1° south of Saturn.

As Far as the East is from the West – Mar 24
You have probably been noticing bright Venus in the sky after sunset since mid-December. If you’ve been an early riser, you may have been watching Mercury’s brief creep away from the overbearing Sun throughout March. Well, in just a 14-hour period, you can witness both Mercury at its greatest western elongation (about 28° from the Sun) before sunrise and Venus at its greatest eastern elongation (about 46° from the Sun) after sunset.

Unfortunately for Mercury, the days on Earth are getting longer, and so sunrise comes quickly. It will be difficult to spot this tiny, fast planet only a few degrees above the eastern horizon around 6 AM. Venus will be much easier to spot, over 30° above the western

Posted in January 2020, Sidereal Times | Tagged , | Leave a comment

Do the Dew

by Theodore R Frimet

the dragons breath

A few months ago I gave a partial reference to the oft-used phrase, “water, water, everywhere, and not a drop to drink”. (1) This Saturday morn, instead of watering at the mouth, and squabbling for scraps at Longshanks’ table, we focus on something more relevant. A topic that I am now comfortable writing about. I reach for the touchstone that is dew point and the glass oculus.

Little did I know that I built up a rune of a title (2), from the strong support and foundation of the “The Rime of the Ancient Mariner” – text of 1834, by Samuel Taylor Coleridge (1772–1834) ?

I was at Washington Crossing Park, Jersey side, if you like, a few months ago. With another club Amateur, we spied the night sky. He turned to me, after dark, and became cautious as to when the aperture would cloud up with water. The ever, unpopular, “dewing up”.

I stood up to the task. Quickly. I quickly reviewed the projected humidity levels, forecasted the temperatures, and dew-points. Like my sentient Pennsylvania cousin, Punxsutawney Phil, I prognosticated. Absent a tolerance for more visceral scientific data on millibars, I turned to my fellow Amateur and naysayed, “no dew, tonight”.

Of course. Later on, it clouded in. It always clouds in. Puffy white, or streaking across the heavens, leaving no star in sight – the clouds are always both judge and jury.

Not tonight, though. The Amateur Astronomers Association of Princeton (AAAP), club and editors maintain on their website, a link to A. Danko’s Clear Sky Chart Home page.

Make more than a cursory check of the above Clear Sky Chart for AAAP. No clouds. We are clear of the white puffy lactation of nearby weather systems. Ahhh, clear skies indeed! However, as any burgeoning amateur might ask, “will it dew up my scope, tonight? Let’s find out, shall we?

The above data was extracted, this Saturday morning, at 10:26 AM (EST) for my home location in Croydon, Pennsylvania, from the iPhone application, Dark Sky. My close proximity to the observatory (28.2 miles), relatively speaking, makes the chart worth consideration. Your mileage may vary, of course, with time, distance, and how much you want to geek out, on meteorological data.

Our AAAP Observatory Chair, deserves the credit, in their recommendation of many applications to help us acquiesce to the night sky. One of those is Dark Sky. It is very popular with me. It is my daily helper on the road. It warns me of impending next hour precipitation, summaries, and Severe and Extreme alerts that are Government issued. The UV index is monitored, and assists in the health and welfare of pursuing my passion for solar observation. You can set notification for limits. Acquire Dark Sky, for a few shekels, here:

So, making the mad dash to the app, armed with my Saturday morning Joe, we peruse the data. Scan the dew points with me. It ranges from 22 F to 18 F. Now, scan the temperature. Note it starts at a toasty 40 F, and plummets to 24 F. All is well. The projected temperature never is lower than the dew point. Ah, then there’s that barometric reading and all that humidity!

In my own, humble opinion, since the barometer is holding steady, and the temperature never achieves dew point, lower pressures will not precipitate more liquid out of the sky. Our relationship to the dark will not be unbalanced. Our assessment is a, “no dew tonight” forecast.

What should really bake your noodle is all that RED on the Clear Sky Chart. From midnight till ‘morn, the humidity is listed as a mind boggling 85% to 90%. So, where your open aperture behemoth may not cloud in, the seeing, this evening, may not agree with all. “Twinkle, twinkle, little star”, indeed! With the extra moisture, lurking in the atmosphere, a light scattering affect will be the comeuppance of all amateurs that venture into the night.

Capped with the rise and fall of the Waxing Gibbous Moon, this will make it for an interesting experiment. We could wait for the New Moon of December 25th, however the fix is in. I am gathering up the courage, now, for the taming of the night sky. Tarps for telescope? Check. Cold weather jump-suit with hat? Check. Pocketed, convertible mittens. Check. Cold weather boots. Check. Priss, the cold weather cat. Missing.

Priss, it turns out, is not a feral cat. She was my rescue from over a year ago. After having a discourse with our local Veterinarian, I have decided to bring Priss in. She is our forever cat. Priss has joined the ranks of Big Pussycat (aka Maybelle) and Fritz the Cat (aka the killer of dobsonians). No doubt, Astro-Dog, our neighbors’ night time pundit pooch, will be yelping to keep the local wildlife at bay. Due to the shadow-tigress absence, the rustling of meandering mice, and somewhat larger orphanages will continue to be unabated.

What experiment? Jenny Jump has just recovered from tree clearing and snow plowing. Our Washington Crossing Park access is experiencing similar parks and recreation clearing. We then have no recourse than to venture into the backyard, this evening. Because, after all, seeing is believing.

Among the untrimmed verge, and disaster that is the light from my mother-in-laws window, we shall peek at the star show. Until the night sky shows us her glistening underbelly of dawn, all of us should be out, at the eyepiece. Let’s challenge the laws of nature, versus the scientific data that I have presented. Venture forth, and be not afraid to “do the dew”.

Permit me to make a courteous ending note. For the early stage learners of the craft that is Amateur Astronomy, breathe not onto the eyepiece. Without regard to cold temperatures, and barometric pressures, the dragons breath will cloud up your view. Blow onto it gently, and let it weep away the mist. Or you could invest in a $32 Balaclava. My son-in-law was quick to say that the vented holes always ice-up. Still, it sucks to be cold. So, please dress accordingly.

Tonight, tonight
The world is full of light
With suns and moons
all over the place
– Maria and Tony, West Side Story (1961 film)

References, last accessed Saturday, 10:30 AM EST, December 7, 2019


6:30 PM, eat dinner. 7-7:30 PM, watch some recorded Avengers movie. 7:30 – 8:00 PM – suit and greet the scope; already set up previously during daylight. Moon, moon…moon. Ok. Moon! Lovely. Learned a few things about the moon, this evening. I’ll tell you an observation story in just a few minutes.

With my new cold weather gear, and balaclava, I was all toasty warm. I was snug as a bug in a rug! I looked forward to passing many an hour with the lunar surface, before me. What I didn’t plan on was the moisture from each exhale turned into a vaporub cloud. I clouded up my eyepieces!

While waiting for the moisture to evaporate, I rotated between magnifications, and 2” and 1.25” barrels. All in an effort to keep a clear view. I had fun. I also learned how to breathe tonight. “Very important”, I thought to myself, “to try to minimize clouding up my lens”. Try to breathe, “down” was the lesson, and not “up” into the lens. Sigh. Lesson learned.

After mastering the breathing exercise, I noticed something unusual. There appeared in my line of sight, in the eyepiece to be precise, a be a bit of meteorological mystery forming up. Yes. Right before my eyes was a little cloud, circling about. I checked my balaclava. No, I was the master of the mist.

I looked up directly at the moon. I saw a distant veiled ring, hung around her lunar majesty. It was something I expected, considering the excess of humidity predicted at 85 – 90%. Maybe the cloud was forming within my dew shield? I got off my seat, stood up, and took a look into the aperture. A little dusty, perhaps, yet no clouding in. Then I looked up into the night sky.

Yes. Every experimental data set deserves an actual, dyed in the wool, eyes on physical experience. Here I was. Looking up into the night sky. Clouds had formed. Somewhere, between my coffee break and 9:10 PM (there-a-bouts), there was a gravity wave that snuck into my visual horizon. With it, came a barometric depression which changed the forecast. I was clouded in.

Disassemble, and put in the shipping plug for the diagonal mirror. Cap the aperture end. Put away the Telrad finder. Out with the Telegizmos aluminized cover, and sack the telescope for the evening.

Dark Sky app reads, NOW: Clear, and 29 degrees. My visual observations tells me something different.

Ok. You all were good this evening. Here is our evening observation:

On the moons largest lava field, or mare, there is a prominent impact crater. Yet the star lines – the lines of bright lunar dust sprayed upon its surface, is not at all straight. In some areas, it appears to have been curved, as if dragged by a current of water. And then it hits you. The mare was turned to a semi-solid upon an impact, and the brighter moon-rock, turned outward onto the surface, engaged waves of liquid mare. Which soon solidified and left its mark upon the lunar surface. Good bedtime story. Pleasant dreams.

Posted in January 2020, Sidereal Times | Tagged | Leave a comment

Lead, Follow, or Color me.

by Theodore R Frimet

do crayons come in low albedo?

Dear Mr. Elon Musk,

As there is no doubt that you are very tired. I will put my bottom line up front.

Please contact a local Coating provider.

Elon Musk, if you like, please continue to read. It isn’t necessary, as you probably have ascertained the why and how, of the above.

Ted Frimet

A few years back, well perhaps many years back, I used to walk thru the streets of where I was employed. It was a manufacturing sector. The exercise did me good.

There was always this smell in the air. It wasn’t a bad smell, per se. It was pleasant. It greeted me like an old friend, every time I took to the walk-about.

Then I took notice of where this fragrant communique came from. It was, of course, a local business. This is not one that you would ordinarily notice, even by chance. It was a manufacturer of food flavorings.

I ascertained that they produced intense flavorings for the food industry. Truly, that wasn’t too hard. I had stopped by, one day, and inquired within. They were friendly, and informative. I moved on.

A few months later, Janet and I were shopping for the Holiday. I had wrangled in my diet, and became more aware of what I was putting into my body. I became acutely aware of MSG, and foods that underwent flavor enhancing processes. I almost never purchase foods that have flavor enhancing derivatives. At least the ones I knew that were excitotoxins. I mean, truly, it’s not rocket science to become aware that MSG was used in the laboratory to burn out optic nerves! This is not your parents ‘generally recognized as safe’ (GRAS) concept. For that matter, without discarding the fact that salt can be harmful (to most), salt remains GRAS, by federal standards. Knowing this, it’s every man, woman and child, for himself!

There, on the shelf, was a family favorite of mine. A brand name Matzo Meal. Back then, it had an ingredient(s) that I had become intimately familiar with. I wrote the owner of this brand name family, and inquired about their flavor enhancer. My memory, of course as all of you know, is fractured. Please take the following with a grain of salt: “they had no alternative flavorings”.

I remembered my flavor manufacturer. I stopped by, a few days later, and made an inquire if there were alternatives to MSG, and similar enhancers. They replied that there were. I asked if I could refer a favorite family owned matzo meal company of mine, and ask if they would respond in kind, to their inquiry, if only as an agency. They agreed.

I never stopped by the manufacturing site, again. I miss those walks. Yet companies come and go, and by then it was time for me to relocate to another facility. Eventually, I was even looking for a new source of employment. But I digress. I always seem to stray when I walk or write.

I don’t recall phoning, writing or emailing my favorite Matzo meal producer again. I must have. Pretty certain that I would have at least had the courtesy of thanking them, from our family to theirs on the accomplishment of food standards leadership. They reformulated. No MSG.

We continue to patronize our favorite family owned matzo making business!

More than 30 years have passed us by, after moving into Bucks County, Pennsylvania. You do your shopping. Pay your taxes. Vote. Drop off the mail. Yes. Drop off the mail.

I had recently sold my dobsonian, and have since, week by week, been parsing out dob accessories on eBay. The entire package would not sell at my price point. So I sold the dob “OTA” style, including the lazy Susan. I guess that’s not too much OTA – since the tube and stand were included. However I think you get the point. The lower price was more enticing than packaged goods that a potential bidder might want to do without. And selling the remaining items separately, turns out to be a pretty inviting deal for those that want to bid on one separate item.

Today. I dropped off mail. In the package was a nice piece of dob accessory I had sold over the weekend. I pride myself on making sure I can mail, by next day. Today was that day. I could have mailed it at the satellite USPS location. They move their product, by end of day, to another facility. I didn’t want my buyer to wait, a potential added day. So, I took the road less traveled. And went to the regional post office. I passed a sign on the way.

I concluded my drop off at the Post Office and started on my way back home. I remembered a sign. It was reflectively lettered. Quite a sign. Nice. Easy to remember. I thought, “how did I not see that sign in the past few decades?”. After all, this wasn’t my first trip to the post office. Fractured memory (FM). FM will be my contribution to the American Lexicon. Look for it in the next issue of anyone’s dictionary.

I saw the sign on my way home. Nice sign. I remember seeing it on the way in. Then, in a flash, I remembered the petition I signed. And I recalled the email I sent Elon Musk, ℅ the Tesla Investors email web portal.

Anyone who has seen Elon in the media, knows how hard he and his Company works. Yes, probably will be the first to Mars. Almost most certainly will get Astronomy gear positioned on the far side of the Moon. If history is any predictor of scope placement, we can bet even money on his Heavy Lift Launch Vehicle – the Falcon Heavy – to assist in positioning Astronomical gear at Lagrange points 4 or 5.

The sign. Oh yeah. Back to the signage. Before I signed the petition, I wrote Elon asking him to reduce the albedo of his constellations of satellites. Quoting me below, I wrote, “Before I sign a petition, in regards to Starlink, I would want to seek your company’s resolve in coating future space orbiting vehicles with low, or non-reflective coatings, all in an effort to reduce their albedo.” There’s your sign. It reminded me to research a coating company for Mr. Musk.

I traveled slowly, today. The ground was wet from a recent light snow. We expect about an inch. Probably more. Not much more, though. I got about a quarter of a mile, when I decided to turn around.

It was the result of an inner conversation. Elon might agree to reduce the albedo of the Starlink enterprise. That would require a coating. If I turn around now, and decide to knock at the door, who will answer? Well, my Matzo meal manufacturer took out the MSG, didn’t they? I pushed the door open, and entered my newest manufacturer.

I entered, and waited my turn. The receptionist greeted me. I explained my conundrum. All was absorbed except for the technical nature of what to expect from coatings that would be exposed to the hostile vacuum of space. In retrospect, I should have avoided any conversation that expressly mentioned Cosmic Radiation. I am pretty sure I didn’t mention highly energized particles, or even blaspheme with the utterance of gamma ray bursts. I do recall I talked briefly about Ultra Violet radiation, though. That ended well. I left with a business card in hand. I expressed my concern that if Elon called them – to rest assured it wasn’t a hoax.

Elon Musk, when you decide on a color, please know I prefer ANY color, as long as it is low albedo, or non-reflective.

Sincerely Yours,
Ted Frimet

Here is the email sent, the previous day. I am including it in this month’s essay for reference:

Dear Mr. Musk,

First off, thank you. There are, or perhaps there is no other person other than yourself, that brings light to where there is darkness. You work hard, provide incentives and work for many, and in my own humble opinion, are due the respect and courtesy of every human being on planet Earth.

Before I sign a petition, in regards to Starlink, I would want to seek your company’s resolve in coating future space orbiting vehicles with low, or non-reflective coatings, all in an effort to reduce their albedo.

Unfortunately, the petition is mute on what will, or to whom the petition will be delivered. So I believe it was incumbent upon myself to reach out to you, this Sunday evening, and be instructive in a most freshman sort of way.

If you would like to read more, about my intent, I believe the below link would do justice as to my own, ownership of the night sky.

Clear Skies,
Ted Frimet

On the matter of Planetary Protection, long since past, you were mentioned in the below article of mine:

And here is the link, to Thunderbird and the Seven Girls:

Posted in January 2020, Sidereal Times | Tagged | Leave a comment

Let’s go out on a limb

by Theodore R Frimet

and try not to hang ourselves with the truth

Space Force. Federal Employees get paid leave. Compromise. Whatever. Don’t attribute any of this to the current administration. We are ready to hand them their hats.

Let’s gain some perspective. National momentum provides a means and way of advancing space exploration. Another military branch development, specializing in space, appears to bear the weight of truth, if not a fact of necessity.

Consider the hundreds of thousands of orbiting space junk. One small, tidbit size piece, accelerated to faster than your fathers old jalopy, can bring death and destruction to an orbiting habitat. Toss the baby out with the bathwater, when these nondescript missiles cripple a multi-million dollars orbiting communication array.

While 500,000 pieces of debris are marble size or larger, there are millions of pieces of debris that cannot be tracked. (NASA – 2013). We find on Wiki (last accessed December 7, 2019), that as of January 2019, more than 128 million bits of debris. Debris amounts can be exponentially created, by design or by accident.

The Kessler syndrome was partially idealized by the movie industry, in Gravity (2013 Film). “Big sky – Little bullet” catastrophes such as this are a deliverable to be managed by a separate arm of the United States Military. And in my own humble opinion, I place this out of the budgetary constraints imposed upon NASA.

There is an associated billion plus in costs, not to mention, $10 million to $400 million to launch a single satellite. We have something concrete to measure against, for the outlay of budget for a separate arm of the service. No other service need now be concerned with their budget, while Space Force is busy taking out nuts and bolts from low Earth orbit.

And yes. Federal Employees will get paid leave. All things considered, the dog wags the tail.

afterward or epilogue?

you decide.

Imagine rethinking our power grid, and national infrastructure and bringing it into alignment with the needs of a modern, post-industrial, information centric society?

We could invest trillion$ from the upper 1% non-tax paying base, and have access to clean water, air, and non-contaminated food, all the while no longer paying lip service to the rising flood of attention that global warming requires.

If anyone thinks this off-topic, think again. Satellite imaging and intelligence systems, all the while, look down and provide the necessary measurements that dictate policy. That is, if policy makers pay attention, read, and act on the science that is available, each and every day.

Posted in January 2020, Sidereal Times | Tagged | Leave a comment