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Have you seen photos of Venus?  When the planet is observed in visible light it looks like a big bland ecru ball (see above).  Put a whiteboard and some plastic rolling chairs on that puppy and you would have a corporate conference room in some awful suburban office-park.  Yet ultraviolet imaging of Venus paints a somewhat more interesting picture of swirling bands or darkness in the heady acid atmosphere of our sister planet.  But what does that mean?

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The dark bands turn out to be the result of sulfur compounds (carbonyl sulfide, hydrogen sulfide and sulfur dioxide) and other yet unknown chemical compounds in the upper atmosphere of Venus.  On Earth these sulfur compounds are hallmarks of life…or of volcanic activity.  Some scientists are provocatively asking whether extremophile bacteria could have a place in the temperate upper atmosphere of Earth’ closest planetary neighbor.  The bacteria could use the rich sulfur and carbon clouds as building blocks and the UV (and other EM radiation!) bombardment of the sun for energy.  Perhaps, they muse, these dark bands are something akin to algal blooms in Earth’s oceans.

More than a billion years ago, Venus enjoyed a period of prolonged earthlike climate with surface water and an atmosphere which was not so hellishly heavy and hot.  But something went hideously awry and runaway greenhouse effect created a terrible feedback loop which changed the planet’s surface into the monstrous place it is today.  Apparently the igneous/volcanic processes of Venus are rather different than those of Earth, so it was probably not all treeferns, friendly dinosaurs, and bikini-clad aliens even before the runaway greenhouse phase melted away the old surface of Venus, but perhaps bacteria (or analogous lifeforms) could have evolved and escaped the catastrophe by moving into the upper clouds (which, as previously noted here, have temperatures not unlike those of Earth’s surface).

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My guess is that Venus is lifeless as a jackhammer (though, like a jackhammer it can give the alarming appearance of life), yet even if this is the case, we should know more about all of this! What happened to Venus’ original surface? Was there ever life there?  What is going on with its volcanoes and internal geology?  What is the composition of the clouds of Venus? Is there anything there other than strange sufur compounds and esoteric hydrocarbons formed from the mixture of sulfur, carbon dioxide, and UV radiation?   Once again, our nearest neighbor is beckoning.  We need to move forward with sophisticated atmospheric probes (like VAMP) and NASA should collaborate with Russia on their next Venus mission (it looks like our governments are closer than ever anyway).  For some reason, popular imagination disdains Venus, yet the questions there seem salient, and the possibilities for a nearby Earth-sized world of unlimited energy and resources seem, well, unlimited.

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Hey, remember the super-massive black hole at the center of the galaxy?  Well, scientists have been thinking about it too, and they concluded that other black holes should sink into the middle of the galaxy near to the central monster.  To find out if this holds true, they utilized the Chandra X-Ray Observatory (an x-ray telescope located on a satellite in orbit around Earth) to observe stars near to the center of the galaxy.  Black holes can’t be detected on their own, but if they interact with nearby stars they produce esoteric x-rays which can be detected (so long as the x-ray telescope is outside of a planetary atmosphere, which absorbs x-rays, thank goodness).  Within the tiny (er, relatively tiny) three light year area which they scrutinized, the astronomers discovered dozens of black holes.  Extrapolating this data leads them to conclude there are more than 10,000 black holes at the center of our galaxy.  I wish I could contextualize this for you, but I just can’t… the concept of 10,000 super-dense gravity wells flattening and tearing all of the spacetime in the center of the galaxy into Swiss cheese is to disturbing for me to deal with (in any other way than blurting it out in a midnight blog).  I’m not sure this universe is safe at all. I am going to go lie down.

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So, the super massive ulti-mega-omnibus funding bill passed today (despite a last-minute executive tantrum) and the bill is…good?  This goes against all of the doom-and-gloom scenarios which dominate the news (and this blog), and it is unpalatable to praise any product from the 115th Congress of the United States of America, but, despite the president’s recommendation for massive cuts to fundamental scientific inquiry, Congress coughed up a LOT of new money for science.

I know you are all smart, so let’s get straight to the numbers. For its annual budget, the NIH received 3 billion dollars more than last year (an 8.7 % increase). The National Science Foundation got a $295 million budget raise (3.9 % increase).  The USGS received a $63 million budget (6%) expansion, while Congress increased the budget of the NOAA by $234 million (4%) to $5.9 billion.  The Department of Energy received a whopping 16 percent raise of $868 million dollars: their annual budget is now $6.26 billion (obvs. we need shiny new nuclear weapons…but maybe there is some money for fundamental nuclear research in there too). Even the EPA kept the same budget as last year and experienced no cuts.

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Best of all NASA gets a much-needed lift.  To quote The Atlantic (which was the source of these numbers):

Nasa will receive $20.7 billion, $1.1 billion more than the previous year. The space agency’s science programs will increase by about 8 percent to $6.2 billion and its planetary-science program, in particular, by 21 percent, to $2.2 billion.

Of course, the biggest slice of the pie goes to the military, however a lot of Defense Department money ends up going to research too… although I would be happier if, instead of building manned aircraft appropriate for the Cold War, they spent more money on blue sky research and moonshot scifi stuff like wormholes, grasers, super robots, and railguns.  But that research (and more) is in there too…somewhere…so hooray!

I have been marching around with a pitchfork and a torch demanding that Congress be defenestrated…but this budget unexpectedly satisfies my most cherished demands.  Maybe if there were more blueprints like this I could swallow some more tax give-aways and religious idiocy and what not.  When I am having political arguments, I always say I will support any stupidity as long as there is more money for fundamental scientific research.  This government has really pushed just how far such a bargain extends…and yet they came through in the end.

Of course, there may be some people who cry out that all of those millions and billions could be given to impoverished communities (Democrats) or to needy multi-billionaire plutocrats (Republicans), but ensuring scientific research and keeping Visigoth hordes from swimming the ocean and sacking our cities are the two things the government MUST do to ensure there is a future….and they have done that.  The future generations who will have to pay this leviathan $1.3 trillion tab, might actually get something for their money: a yet-unknown equivalent of the internet, the capacitor, the moon landing, or the wonder vaccines of yesteryear. At least the government is trying to fulfill humankind’s most fundamental aspiration—to know more about the universe and how it works so we don’t destroy ourselves (sadly, this great quest, as construed by the powers-that-be, involves building tons of super-weapons with which to destroy ourselves, but nobody said life was easy).

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Of course it is a tumultuous time and I may be saying a very different thing next week, but for the present the seed corn for the crops of the future has been stowed away.  I am pleasantly surprised to say “Good job!” to our elected officials.

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Congratulations to SpaceX, Elon Musk’s private space company for successfully testing its new heavy lift rocket, the Falcon Heavy, a reusable multi-stage heavy lift rocket for delivering large cargoes to Earth orbit or for traveling on cislunar or even interplanetary trips.  The rocket is the largest conventional rocket built since the mighty Saturn V which took humankind to the moon (although the space shuttle’s elaborate  boosters were capable of greater thrust).  The Falcon Heavy vehicle is capable of  producing 5 million pounds of thrust at liftoff–which means it can heft around around 63,800 kilograms (140,700 pounds) of payload into low-Earth orbit.

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Today’s launch from Kennedy Space Center was largely successful: the top and bottom boosters landed safely on designated platforms.  The center booster, alas, did not quite perform as hoped and slammed into the ocean.  The rocket’s payload, Mr. Musk’s electric Tesla roadster (with a mannequin and sundry pop-culture science fiction novelty items) successfully entered a heliocentric orbit which will bring it back and forth between Mars and Earth as it loops around the sun.  The launch paves the way for a new era of private industry in space (SpaceX plans to monetize subsequent Falcon Heavy rocket missions for government and commercial payloads and missions), but it is only a step on the way to a planned BFR (Big “Falcon” Rocket) for interplanetary missions.  I am excited by that concept, though I hope Mr. Musk will take a moment to think about the top of Venus’ atmosphere as a potential destination as well as cold arid Mars. For right now though, hooray for this thrilling milestone!

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Meanwhile…three quarters of a billion kilometers away, the Juno space probe continues its exploration of the gas giant Jupiter.   The probes orbit brings it to within 4,200 kilometers (2500 miles) of the cloudtops once every 53 days.  So far, Juno has made 10 such passes (out of a planned 12 before the mission’s end in July).  As the astrophysicists and planetary scientists work to make sense of mission data, NASA has made the raw image data available to the world.  Private citizens have used it to create these stunning images of the largest world in the Solar System.  Since I can’t even begin to explain the vast atmospheric complexities behind these swirling psychedelic wonders, I will leave them here without comment.  Marvel at our huge planetary neighbor with its marbelized super storms and spare a moment to thank Gerald Eichstädt & Seán Doran for putting these amazing pictures together.

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It is bitterly cold and wintry in New York today. From Newfoundland to Georgia a winter super-storm is slamming the East Coast of North America (it goes by the amazing marketing name of “bomb cyclone”). As is frequently the case when I am dissatisfied with conditions here on Earth, my mind is wandering off to our sister planet, Venus, where temperatures are somewhat warmer.

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Back when I was a child in living in the countryside I had a lengthy bus-ride to school (this will get back to Venus in a moment). The elementary school library had a copy of The National Geographic Picture Atlas of Our Universe, an astonishing Cold-War era tome of facts and fantastical musings about space. Somebody always checked that book out (indeed, it disintegrated before I reached puberty) and so it got passed around the school bus as we rode to Waterford and back every day. One of the fantasy illustrations which has stayed with me was the painting of the “oucher pouchers” by Roy Gallant (?). These (entirely-imaginary) alien creatures lived on the molten hot surface of Venus, which I guess is why they said “ouch.” They had a plated, heat-proof hide and they were spherical, but if they became too hot, they blasted off into the atmosphere via some sort of posterior rocket-propulsion system (which was of great amusement to the children).

Through the magic of the internet, I found the picture, and I see that the ‘poucher is eating an ill-fated space probe to Venus. They also have scorpion tails (for hunting or protection or goodness only knows). Long-time readers know of my obsession with Venus. I wonder if it started with this concept art (which was made to get kids interested in space). I am including it here so you can think of the molten surface of Venus and of what sorts of life could flourish there, but it is also as a reminder to myself to write more about our nearest planetary neighbor. In 2018 we need to be more imaginative and we need to explore farther (and if anybody is good at engineering we need to do better at that too). This illustration from my childhood is a fun reminder to look back to our childhood dreams in order to look forward to new horizons.

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Every year we close out the year with obituaries.  I feel like the main-stream media does a pretty good job of memorializing the entertainers and showbiz folks who have passed away, so, although I loved Tom Petty, John Hillerman, Roger Moore, and John Hurt (and too many others), I will leave it to someone else to eulogize them.  Additionally, I have had less time to blog this year than I would like, so please don’t be upset if I miss a great and important scientist, algebraist, or artist.  That is what the comments are for!  I also tried to include some eminent scholars and artists from East Asia (since it feels like our counterweight cultures are divided by a gulf of misunderstanding and we overlook the cultural work being done there).  I was saddened to see how many astronauts from the golden first age of space exploration passed away.  Humankind becomes ever more insular and parochial: we squander our resources on useless giveaways to monopolistic companies and crooked oligarchs (who blow their money on status objects or remove it from circulation).  These days we barely even explore the heavens (much less travel there).  I wonder if there will ever be another generation of heroes to walk the moon or orbit the Earth once these figures from fade away.  At any rate, here is a brief list of 2017 obituaries to make us think about the brevity of life and the true nature of accomplishment:

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Zhou Youguang (January 13, 1906 – January 14, 2017) was a scholar who invented Pinyin, a system for the romanization of Mandarin Chinese (a language which does not fit easily into the Roman alphabet).  So excellent was his work that  Pinyin was officially adopted by the government of the People’s Republic of China in 1958.  Pinyin has now largely supplanted the Wade-Giles system and is the method by which Chinese is known to Western scholars or input on Roman keyboards.  Zhou Youguang lived through the dramatically changing China of the Qing Dynasty, The Republic of China, The Second World War Invasion by Japan, and The People’s Republic.  He was “sent down” during the Cultural Revolution and was critical of the Tiananmen Square Massacre.

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George A. Romero (February 4, 1940 – July 16, 2017) was the masterful director of terrifying zombie movies which were thinly veiled allegories for the problems of contemporary society.

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Kim Jong-nam (May 10 1971 – 13 February 2017): this unremarkable man was the eldest son of the genocidal sociopath Kim Jong-il,the late dictator of North Korea.  Kim Jong-nam was murdered in Singapore at the command of his brother (by means of poison, in a plot worthy of dark fantasy literature).  While Kim Jong-nam’s death is of no consequence in itself, it speaks to the criminal nature of the North Korean regime and foreshadows countless deaths to come at the mercurial will of their fat cruel tyrant.  There are two stories of why Kim Jong-nam was disinherited: in one story he was cut out of the family business for trying to sneak into Tokyo Disneyland (but insiders whisper he was exiled and ultimately murdered for favoring reform).

David Rockefeller (June 12, 1915 – March 20, 2017) was the last surviving grandson of John Davison Rockefeller Sr. (a 19th century tycoon who built the Standard Oil Trust and thus became by far the richest individual of America’s gilded age).  There was a point in the 1970s when David’s brother Nelson was Governor of New York and then Vice President of the United States, and yet David was reputed to be more powerful and connected.

Sir Nicholas Winton (May 19, 1909 – July 1, 2015) was a swordsman, banker and stockbroker who rescued of 669 Jewish children, from Nazi-occupied Czechoslovakia by means of paperwork wizardry, networking, and money-raising.

Sam Shepard (November 5, 1943 – July 27, 2017) was a playwright and actor who applied the Beckett’s absurd style to themes of family, violence, and substance abuse and thus carved out a uniquely American theater style.

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Hugh Heffner (April 9, 1926 – September 27, 2017) was a controversial publisher whose magazine “Playboy” was famous for cultural articles, progressive editorials, and reproductive advice which challenged America’s puritanical mores.  The magazine was however more famous for lubricious pictures of naked women and espousing a hedonistic (sexist?) lifestyle.  This legacy, and the distasteful…extravagance…of Hugh Heffner’s private life made him a polarizing figure, but he must be mentioned (and honored) because of the debt which generation after generation of pre-internet era adolescent boys owe him.

Richard Francis Gordon Jr. (October 5, 1929 – November 6, 2017) was an American naval officer, chemist, and astronaut.  He is only one of 24 people to have flown to the moon (although he didn’t get to walk on it).  Later he helped design the space shuttle and served as Executive Vice President of the New Orleans Saints.

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Bruce McCandless II, (June 8, 1937 – December 21, 2017) was a U.S. Navy officer, pilot, and NASA astronaut who made the first untethered free flight in space.

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Wang Panyuan (c. 1908 – December 22nd, 2017) was a famous Chinese/Taiwanese painter who brought together classical Chinese painting with expressionism.

 

 

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Oumuamua is an asteroid which came from beyond the solar system.  Perhaps it was ejected from a star system in the Carina–Columba association (which is not an Italian fraternal organization but rather a vast nebula by Eta Carinae about 100 parsecs) around 50 to 100 million years ago, but its age and point of origin are unknown.   It is whipping past the sun and then back into the vast darkness between the stars at a prodigious velocity (apparently it was traveling through interstellar space at something like 26 kilometers per second (58,000 miles per hour).  The object, which measures between 100 and 800 meters (300 to 2500 feet), was initially classified as a comet, but its speed, its orbital eccentricity, and its bizarre shape–which is like an icicle or a shard–caused astronomers to realize it was deeply strange interloper from beyond.

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The object has been closely observed by many of the Earth’s great observatories and it is apparently a dark red—which is caused by cosmic radiation striking it for 100s of millions of years (Kuiper belt objects have similar coloration).  It is traveling far too fast for any existing human craft too reach (although we may be able to build such crafts in the near future), however scientists are assessing it for traces of life or civilization by means of radio telescopy.  It will be out by Jupiter next year and far beyond are kin soon after that, but scientists have learned a great deal from the visit.  Additionally they speculate that other such objects come through the solar system at the rate of one or two per year (which does not seem like a lot considering how large the solar system is).  We are lucky to have spotted this shard, but its catastrophic shape makes one speculate that there is a lot about planetary formation (and destruction) which we don’t know yet.

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Colorful Garden Cookies!

Today (December 4th) is national cookie day! Cookies are tiny sweet cakes which are eaten as dessert or a general treat…or with tea if you are English or Irish.  The English and Irish, coincidentally, know them as biscuits (although it is unclear if it is ‘National Biscuit Day” over there).  To celebrate, I thought about making my favorite cookies (oatmeal? snickerdoodles? chocolate crinkles?), but it is late in the day and anyway, at the end, I would just have tons of hot delicious cookies distracting me from flounder art. Plus, due to the sad limitations of the internet I cannot share baked goods with you—even though I like my readers and would love to bake a treat for you.  So instead I have decided to celebrate cookie day by featuring pictures of cookies found (stolen?) from around the internet.  I have a little gallery dedicated to several different Ferrebeekeeper topics.

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Catfish Cookies!

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Mollusc Cookies!

Serpent Cookies

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Gothic Cookies!

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Space Cookies

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Crown Cookies: there were SO many of these. Why do people love kings and queens and princesses so much?

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Mammal Cookies (barely) from Nanny’s Sugar Cookies LLC

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Underworld Goddess Cookies

Turkey Cookies

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Nightmarish Mascot Cookies

 

One of the delightful/disturbing things about this exercise is seeing how talented and creative everyone is.  Look at the beauty of these cookies!  Based on the esoteric subject matter (and the places I found the images) most of these are hand crafted, yet they look finer and more original than anything from a baker’s window. It is great to know how gifted everyone is too, but it is sad on several levels.  If we can bring the earnestness, attention to detail, raw creativity, and hard work people put into baked goods into politics, we could get out of the political decline and societal stagnation we are in.  Um, we are going to have to actually do that.

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But we can worry about that later in the week (when I will shake off my torpor and write a meaningful essay on our political deadlock (and our moral problems in general).  In the meantime, enjoy the cookies! After seeing what people have done with this medium I am thinking about making some cutters of my own so I can bring up my own cookie game. Also I still have that big project I am working on! I can’t wait to show you what it is in the New Year!

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Oracular Chinese cookies

 

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There are two amazing pieces of space news today to shock and astonish you.  First, we have found a near-analog to planet Earth orbiting a red dwarf star—and it is “only” 11 light-years from our Solar System.  The exoplanet is named  Ross 128b and it is orbiting a quiet red dwarf star (most red dwarves are subject to solar flares which release life cleansing jolts of exotic radiation, but, like our delightful Sun, Ross 128 seems to be much more sedate (perhaps its placid life has something to do with its bland name which makes it sound like a dullard clone friend on an 90s sitcom).  In this age of exoplanet discovery, it is easy to lose sight of what an astonishing find this is, but I grew up in a world with only nine known planets.  Remember back when Ferrebeekeeper was rhapsodizing about weird icy oddballs like Gliese 581 g?  Ross 128B seems like it roughly the same size and temperature as Earth and it is right in our backyard.  Additionally, it is moving towards us, in a mere 78000 years it will be the closest exoplanet to Earth!

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The other “news” is more conditional and vague, but no less exciting to me.  NASA has been floating the concept of a balloon mission to Venus.  I have been hoping for more attention to our nearest neighbor (since I harbor fantasies of living there, in the sweet spot above the merciless clouds) a balloon probe to see what the atmosphere is actually like would let us know whether his fantasy is at all workable.   The Soviet Union actually sent some balloon probes to Venus back in the early days of interplanetary exploration, but they were crude things which were not built to last and they told us little.  Let’s do it right this time and find out everything about our mysterious sister planet!  It is going to be a little while before Ross 128B is in range so let’s explore the immediate neighborhood and get to work on living abroad while there is still time!  

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