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I haven’t written very much about the current state of politics lately, not just because President Trump makes me angry & unhappy, but also because the deadlock in Washington (and precipitous national decline) make me sad and anxious.  I would like to continue this precedent:  paying breathless attention to all of Trump’s stunts and bullying just make him stronger (although I do think it is worth noting that he has been signing Bibles as though he were the author–and his devout Christian followers absolutely love it!). However, the latest enormities fall in the realm of policy and planning, so let’s take a look at the proposed 2020 Discretionary budget which was released by the White House yesterday. Predictably, this budget delivers slight funding increases to the Departments of Defense and Homeland Security, while stripping safety net and environmental programs fairly drastically.  I suppose this is not unexpected under any Republican president, even one such as this one, (although it raises eyebrows after the colossal tax giveaway to the rich).  However, what truly raises eyebrows in the budget are the appalling cuts to scientific and medical research.  Here are the actual numbers:

Proposed Discretionary Budget Changes

All dollar amounts are in billions.

Department Or Agency
2019 Budget (Estimate)
2020 Request
$ change
% change
Defense1 $685.0 $718.3 $33.4 +5%
Veterans Affairs $86.6 $93.1 $6.5 +8%
Health and Human Services $101.7 $89.6 -$12.1 -12%
Education $70.5 $62.0 -$8.5 -12%
Homeland Security $48.1 $51.7 $3.6 +7%
Housing and Urban Development
HUD gross total (excluding receipts) $52.7 $44.1 -$8.6 -16%
HUD receipts -$9.3 -$6.5 $2.8 -30%
State Department and other international programs2 $55.8 $42.8 -$13.0 -23%
Energy $35.5 $31.7 -$3.8 -11%
National Nuclear Security Administration $15.1 $16.5 $1.3 9%
Other Energy $20.4 $15.2 -$5.2 -25%
NASA $20.7 $21.0 $0.3 +1%
Justice $29.9 $29.2 -$0.7 -2%
Agriculture $24.4 $20.8 -$3.6 -15%
Interior $14.0 $12.5 -$1.5 -11%
Commerce3 $12.3 $12.3 * <1%
Labor $12.1 $10.9 -$1.2 -10%
Transportation $27.3 $21.4 -$5.9 -22%
Treasury $12.9 $13.1 $0.2 +2%
National Science Foundation $7.8 $7.1 -$0.7 -9%
Environmental Protection Agency $8.8 $6.1 -$2.8 -31%
Army Corps of Engineers $7.0 $4.8 -$2.2 -31%
Small Business Administration $0.7 $0.7 * -5%
Other agencies $21.3 $19.1 -$2.1 -10%


* $50 million or less
1. Includes $9.2 billion for emergency border security and hurricane recovery funding
2. Includes funding for the State Department, U.S. Agency for International Development, Treasury international programs and 12 international agencies
3. Appropriations for 2019 are incomplete.


Do you ever miss the 70s?  That time will never return (although stagflation and oil crunches might make an unexpected comeback from the weird devil’s brew of bad economic and geopolitical policies which we are experimenting with) however there is a more positive reminder of the age of disco in the very heavens themselves.  At present, there are three disco balls in orbit around Earth.  The first and most significant is actually a 70s artifact: LAGEOS (Laser Geodynamics Satellite) was launched from Vandenberg Air Force Base on May 4th 1976.  The 408 kilogram (900 pound) satellite has no electronic components ore even moving parts: it is a brass sphere studded with 426 jewel-like retroreflectors. 422 of these retroreflectors are made from fused silica glass (to reflect visible light), however the remaining 4 are germanium, for infrared experiments.


Orbiting the entire planet every 225.70 minutes, LAGEOSl is a pretty stupendous piece of space art in its own right, however it was designed for a serious scientific purpose.  Lageos provides an orbiting laser ranging benchmark.  To quote

Over the past 40 years, NASA has used LAGEOS to measure the movement of Earth’s tectonic plates, detect irregularities in the rotation of the planet, weigh the Earth and track small shifts in its center of mass via tiny changes in the satellite’s orbit and distance from Earth.

Measurements made using LAGEOS have also been used to confirm Einstein’s general theory of relativity, since measurements made on this scale demonstrate a measurable “frame dragging effect” (which you are going to have to figure out with some help from your favorite physicist).  The satellite also illustrates the Yarkovsky effect, which explains how an object is heated by photons on one side will later emit that heat in a way which slows the object.  This latter effect will eventually cause LAGEOS’ orbit to deteriorate and bring it tumbling to Earth.  Scientists estimate this will happen 8.4 million years from now, so there is still time to contemplate this sphere.  Also there is a small time capsule on board to capture certain scientific truths and human ephemera for the long ages.


LAGEOS was so useful and proved to be such a success that NASA launched an identical sister craft in 1992 (how did I miss all of these interesting events?).  This still leaves one disco ball satellite unaccounted for.  The final craft is “The Humanity Star” which serves no purpose other than being art.   Launched on January 21st of this year (2018), the humanity star is a regular polygonal solid with 65 triangular sides.  It is made of carbon fiber embedded with enormously reflective panels and is meant to be seen twinkling in the night sky to make humankind collectively reflect on our shared home, the Earth.  The Humanity Star orbits much lower than the LAGEOS satellites.  They are  5,900 kilometres (3,700 miles) from Earth’s surface, whereas the humanity star is only 283.4 kilometers (176.1 miles) away from the planet at its perigree.  It whips around the Earth every 90 minutes on a circumpolar orbit (which means it is visible from everywhere at some point.  You could look up where it is online and go out and find it with fieldglasses.  The object glimmers and shimmers in unusual ways, sometimes appearing as bright as Sirius (the brightest star save for the sun), but usually twinkling like barely visible stars.  The Humanity Star won’t last long—it is scheduled to fall into Earth’s gravity well and burn up in fall of this year, so check it out before it is gone.  The craft was controversial: some serious aerospace mavens objected to launching an object into orbit to serve no purpose other than art, yet, as an artist I am happy to know it is out there.  Maybe go look at it and let me know if it inspires you.



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.


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).


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.


The year 2016 was infamous for death and grievous setback. While beloved celebrities died in droves, major western institutions were rocked to their core by poor choices (indeed the American democracy itself may be dead after voters decided to elect a nefarious con artist as president). The Great Barrier Reef, cheetahs, giraffes, beautiful compassionate elephants, and even teleosts all seem to be rapidly heading out the door as well.  It makes you wonder about 2017.


However we are already getting away from the sad topic of 2016 obituaries. I loved David Bowie, Leonard Cohen, and Carrie Fisher as much as anyone, but I feel like their lives were celebrated by, you know, popular websites.  Ferrebeekeeper has always tried to emphasize scientists, artists, and people from my own life in the year-end obituaries, so I am leaving out David Bowie even though he arguably fits into “art” and “space” categories (and maybe “Deities of the Underworld”as well).  You can read amazing obituaries about Prince, Princess Leia, and the Thin White Duke anywhere.


Harper Lee, (April 28, 1926 – February 19, 2016) was famous for writing a single book,To Kill a Mockingbird, a child’s eye view of America on the precipice of sweeping social changes.

Boutros Boutros-Ghali (November 14, 1922 – February 16, 2016) was an Egyptian diplomat who helped orchestrate Egypt’s peace deal with Israel and later served as a largely ineffectual U.N. secretary-general.


Umberto Eco  (January 5, 1932 – February 19, 2016) was an Italian novelist and semiotician who wrote popular works of fiction about medieval scholastic philosophy (!).

Challenger Shuttle.jpg

Bob Ebeling, 89, was a booster rocket engineer who spent thirty years filled with remorse that he was unable to stop the ill-fated 1985 launch of the space shuttle Challenger (which was destroyed by faulty O-rings in the booster rockets).  His story is a cautionary tale for executives and politicians to listen to the people who build things.


Jeremy Blake Ferrebee (August 6, 1985- March 18, 2016) was my cousin. Jeremy loved fishing and he was famously generous and kind, however he struggled mightily with personal demons in the form of substance abuse issues. I am worried that I will offend my family by mentioning his problems here, but I cared for Jeremy and I was sad about his death.  Our nation doesn’t just have a problem with substance abuse (a problem which is inextricably bound up with being a human) we have a problem even talking about this problem in a way which isn’t self-defeating.  I certainly don’t know what the answer to this is, but we had better keep working on it.

Merle Haggard (April 6, 1937 – April 6, 2016) was a country music star (ok, so we are slipping a pop star into this list) who came from a background of poverty and prison.  His songs address the hard-scrabble nature of rural life in the south and west with a mixture of sadness, machismo, and national pride.


Marisol Escobar (May 22, 1930 – April 30, 2016) was a conceptual portrait sculptor of great originality (see Ferrebeekeeper tribute from spring).


Elie Wiesel, (September 30, 1928 – July 2, 2016) was a Romanian-born Jew who survived the Holocaust.  His stark & simple prose detailed the atrocities he experienced in a Nazi death camp. Despite the darkness of his personal history, Wiesel was a great humanist and humanitarian.


Edward Albee, (March 12, 1928 – September 16, 2016) was a playwright whose twisting inward-looking writings detailed the anomie of post-war American.  His plays ask probing questions about the possibility of finding true common ground in social relationships.

Bhumibol Adulyadej (December 5, 1927 – October 13, 2016) was the king of Thailand for a long time (see Ferrebeekeeper obituary).


Mark McFarland (July 13, 1961 — November 29, 2016).  Mark and I were business partners. Together we created a line of animal building toys called”Zoomorphs.” After numerous corporate tribulations, we had a serious falling out.  Although he was tormented by dark implacable personal demons (see above), his toys delighted hundreds of thousands of children.


John Herschel Glenn Jr. (July 18, 1921 – December 8, 2016) was an American pilot, engineer, and astronaut.  A war hero, who flew in over 122 combat missions during World War II and Korea, he was the first American to travel into Earth orbit in 1962. He later became a  United States Senator and then became the world’s oldest astronaut when he returned to space in 1998.


Vera Rubin (July 23, 1928 – December 25, 2016) was an American astronomer who demonstrated the existence of dark matter through visionary work on galactic rotation.


Richard Adams (May 9, 1920 – December 24, 2016) was a novelist who infused anthropomorphic fiction with zoology and naturalism (and with sociology and religion).  I have trouble with some of these concepts.  After all humans are animals too. maybe we need to revisit some of his works in future posts.

and there were so so many others–and I left a lot of people out. Sigh…good bye, 2016. We’re missing some people, but that is always the way of things. We will keep working to make it all better.


The Large Hadron Collider (LHC) is the world’s biggest science experiment.  It is arguably the world’s largest apparatus: the biggest machine in the world.  The collider was built to discover the secrets of the universe.  Wikipedia succinctly describes its purpose:

The LHC’s aim is to allow physicists to test the predictions of different theories of particle physics, high-energy physics and in particular, to further test the properties of the Higgs boson and the large family of new particles predicted by supersymmetric theories, and other unsolved questions of physics, advancing human understanding of physical laws.

The collider accomplishes this by directing two beans of high energy particles moving nearly the speed of light into each other.  The round tunnel track of the collider is 27 kilometers (16 miles) in length.


Until March 2016, the LHC had been offline for a year as an army of technicians laboriously calibrated, cleansed, tested, and otherwise fixed every part of the vast array.

I mention all of this, because 5 hours ago, the collider went offline after a weasel wondered into it and was vaporized, thus knocking the whole apparatus offline.


This setback serves as a reminder that sometimes science is a particularly painstaking pursuit.  The hardworking particle physicists and engineers of CERN are going to have to undertake some repairs after this unfortunate mustelid incursion.  I also mention this as a reminder that the weasel family is a formidable and amazing family of organisms which I should write about more often (although at least I took some time to describe the giant otter).  Look for another amazing mustelid featured here on Ferrebeekeeper next week (although we will have to wait a while for new discoveries from the world of high-energy physics).


Francium is a naturally occurring element–a highly radioactive alkali metal with one valence electron. At any given moment there is 20-30 grams of Francium (about an ounce) present on Earth. This tiny sample is found in the form of individual atoms located within uranium and thorium ores around the Earth’s crust.   The half-life of the longest-lived isotope of francium is only 22 minutes. The weird transient metal continuously vanishes (decaying into astatine, radium, or radon)–only to be continuously replaced when actinium-227 decays into francium-223.


Marguerite Catherine Perey (19 October 1909 – 13 May 1975), French physicist

How did we ever even find out about this stuff if it only exists as 20 grams of individual atoms scattered around the entire world like evanescent Easter eggs? I’m glad you asked! It was discovered by a French woman in 1939. Marguerite Catherine Perey (1909 – 1975) was born in 1909 in Villemomble, France (just outside Paris)–where Marie Curie’s Radium Institute also happened to be located. Perey aspired to be a medical doctor, but her family fell into financial difficulty so, at the age of 19, she took a job at a local spot–working directly for Marie Curie. Curie died of exotic cancer in 1934, but Perey kept up her mentor’s work purifying and studying actinium and looking for a theorized “eka-caesium” (a heretofore unknown alkali metal with an atomic number of 87). Through her methodic and painstaking work and observations, Perey discovered it just as World War II. broke out. Francium was the last element discovered in nature. The rest have been synthesized in labs.


Marguerite Perey (second from left) at the Curie laboratory in 1930

After discovering an entirely new atom, Perey finally received a grant to pursue her university studies, and she received her PhD from the Sorbonne in 1946. In 1960 she became an officer of the Legion of Honor. She founded the laboratory which ultimately grew into became the Laboratory of Nuclear Chemistry in the Center for Nuclear Research and she was the first woman to be elected to the French Académie des Sciences.


True to her original dream of helping people as a doctor, Perey hoped that francium would help diagnose cancer and make the disease more treatable, but sadly, francium itself was carcinogenic (which is something to remember, if you find an atom of it sitting in some uranium ore). In her late life, Perey developed bone cancer which eventually killed her–a dark fruit of her pioneering research.

I mention francium this week, not because of its name (coincidentally, it is named after the great nation of France), but because of the life of the scientist who discovered it. Marguerite Catherine Perey had to struggle against prejudice and steroetypes, but she was able to overcome them and move to the foremost ranks of scientists and leaders of France. Her research helped that country become a nuclear leader (which it still is) and helped humankind better understand the nature of chemistry and physics.

Artist's conception of MESSENGER above Mercury (NASA)

Artist’s conception of MESSENGER above Mercury (NASA)

On Thursday, humankind is deliberately crashing a spaceship into another planet! We could easily be the evil aliens in someone else’s space drama. Well, at least we could be, if there were any remote chance that Mercury, the intended target of our bombardment, were a possible haven for life.  And bombardment is not really the right word: what is actually scheduled is the seemly & rational conclusion to NASA’s MESSENGER mission, a highly successful exploration of the solar system’s mysterious innermost world.  The mission has been ongoing for more than a decade (a decade of our Earth time—or nearly 40 Mercury years).

A portrait of Mercury from MESSENGER

A portrait of Mercury from MESSENGER

The 485-kilogram (1,069 pound) MESSENGER spacecraft was launched from Cape Canaveral in August 2004. The space probe has an awkward and contrived government acronym, which is why I keep talking about it in all caps—I’m not shouting (although planetary exploration does make me very excited). The craft took some amazing pictures of Venus (a planet which always calls to me) on its way to Mercury.  Then MESSENGER flew by the small planet multiple times before entering orbit on March 18, 2011 (the first human spacecraft to do so).  Since then MESSENGER has extensively scanned and mapped the surface of Mercury—a planet which is surprisingly elusive to astronomers because of its proximity to the sun.  The mission revealed some surprising results which are leading to big new questions.

False Color Maps of Mercury (NASA)

False Color Maps of Mercury (NASA)

Mercury has a small diameter—it is actually smaller in area than some of the moons of Saturn and Jupiter—but it has substantial mass because much of it is made of heavy metals.  The face of the small world is thought to be ancient: scientists speculated that its bland pitted face might date back to the formation of the solar system, but it seems that Mercury does harbor secrets.

The mission featured a big surprise.  Messenger found surface water in the form of ice frozen inside the polar craters of Mercury.  This was not really a shock—astronomers have suspected that ice was present due to radio-telescope readings.  What was surprising was that the ice was coated with tarlike black goo. My poor roommate (who is always wandering the house pointing at films, stains, and accretions in horror) would not be surprised by a black coating on anything, however scientists were taken aback because Mercury was not thought to have any “volatile” compounds.  According to the current models of planetary formation, elements like chlorine, sulfur, potassium and sodium should have boiled away during the cataclysmic high-temperature formation of Mercury…yet there they are, like the scum in my kitchen. The scientific data from MESSENGER is likely to force a rethink of planetary formation (although frankly, considering all of the weird exoplanets that are being discovered, scientists probably need to refine their theories about planetary accretion anyway). The mission also measured subtle planetary flux which should give us a better sense of Mercury’s composition and internal workings.

The yellow patches show areas where water ice is believed to exist. (NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington)

The yellow patches show areas where water ice is believed to exist. (NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington)

All good things must end, however, and MESSENGER has run out of fuel for maneuvering.  Mission controllers have opted for an operatic exit and they are smashing the craft into the planet’s surface at 8,750 miles per hour (nearly four kilometers per second).  This should create an 18 meter (50 foot) wide crater.  Future scientists will have a known fresh disturbance to use as a benchmark for assessing the ancient craters of Mercury.  Perhaps the plume will reveal some interesting secrets as well.

MESSENGER Crashes into Mercury (Wayne Ferrebee, 2015, ink and colored pencil)

MESSENGER Crashes into Mercury (Wayne Ferrebee, 2015, ink and colored pencil)

Unfortunately, it will be a while before we see the results of our destructive acts.  The site of impact is hidden from Earth, and we have no other spacecraft in any proximity to Mercury. A European and Japanese collaboration called BepiColombo is scheduled to launch from Earth in 2017 and arrive at Mercury in 2024.  Perhaps we will have new questions for whatever answers MESSENGER is about to divulge in its unseen but spectacular final act!

Update: Through some grotesque oversight, NASA failed to portray MESSENGER’s final moments through the magic of art. I took the liberty of providing my own interpretation above.  NASA did not return my questions about whether the spacecraft will wail in a plaintive manner as it impacts the surface–so I am forced to assume that it will.  Did I mention that Mercury has no atmosphere?  You should probably ignore that…


Congratulations to the European Space Agency for successfully landing the robot probe “Philae” on comet 67P!  The lander, which is about the size of a washing machine, made a soft touch-down on the comet at 3:30 a.m. Brooklyn time. The comet itself has a diameter of four kilometers (2.5 miles) meaning it is approximately as wide as the Verrazano Bridge is long.  To bring such objects together as they hurtle at ridiculous speeds through the vast darkness of space is a tremendous feat of engineering.  Ferrebeekeeper described the long and complex journey of Philae’s mothership, Rosetta, in this previous post.

An artist's mock-up of how the probe might look on the comet's surface (the underdressed astrophysicist is added for scale and is presumably not there)

An artist’s mock-up of how the probe might look on the comet’s surface (the underdressed astrophysicist is added for scale and is presumably not there)

Philae is equipped with space harpoons which are designed to fire into the comet’s surface–thus securing the craft to the flying iceball with lamprey-like tenacity. Actually, a lamprey might be the wrong comparison: the lander looks astonishingly like a bacteriophage (a fact which I think is exceedingly strange and funny). At any rate, it is presently unclear whether the landing harpoons correctly deployed into the comet’s surface.  We’ll know more in coming days.


Indeed, in coming days we should be finding out lots of things regarding the comet.  The lander has a small drill which is meant to mine 20 cm (8 inches) into the icy substrate.  The sophisticated machine is also equipped with devices to analyze the core sample, gas analyzers to identify any complex organic compounds, and instruments to measure the comet’s magnetic field.   Scientists will be keeping a close eye on the comet to see what effect the solar wind has on it as 67P sweeps in close to the sun in coming months.

ayiomamitis_mcnaught2009r1November 13th UPDATE:  It seems the plucky lander had a more adventuresome landing than yesterday’s rosy headlines may have indicated.  Apparently Philae landed not once, but multiple times as it bounced down a cliff and fetched up (on two of three legs) in a shadow.  Mission controllers are contemplating whether to fire the landing harpoons, but are concerned that the resultant explosion could send Philae careening off the comet into the outer dark.  Anyone who has thrown a washing machine down an ice cliff in low gravity will surely sympathize with their predicament…

earth-globeSo it’s Earth Day again. I would like to express my very best wishes for our beautiful home planet! I wish the brightest and healthiest future for Earth and Earth life! I am sure all sane people feel the same way. Frustratingly, however, Earth Day is tinged with all sorts of political controversy and antagonism–because different people have very different ideas about exactly what constitutes a bright future for Earth and its inhabitants.


People whose politics incline to the right are broadly guilty of ignoring the deleterious effect which billions of people constantly running engines and throwing away rubbish are having on the poor oceans and skies. Many religious folks are also seemingly inclined to think that animals have no souls and are meant to all be driven to extinction for humankind’s amusement and profit. The extremely devout laugh outright at the idea of conservation: saving the planet is unimportant to them since some messiah, or demon, or god is going to show up any minute to save/end everything (all while lifting the few faithful up into a parochial paradise filled with virgins or harps or whatever and throwing everyone else down to hell).


Albrecht Durer, 1498, woodblock print

Albrecht Durer, 1498, woodblock print

These ideas are bad—morally, scientifically, and philosophically. Yet I also find the environmentalists who created earth day to be a bit smug. People on the left can be just as antiscientific—for similarly nonsensical reasons. Every day on the internet or on the subway, I hear people despise genetically modified organisms or voice paranoid suspicions about vaccines—vaccines for goodness sake! Some of my dear friends fight against bioengineering and geoengineering while advocating organic everything. Some people on the left belittle those on the right for being anti-science while stridently opposing new energy technologies—especially new nuclear technologies. It makes me want to knock the damn-fool kombucha out of people’s hands and explain the actual nature of the world’s energy economy in greater detail.


All of this illustrates that I have some serious prejudices and preconceived inclinations myself. I’m sorry. It’s a problem I’m working on. In fact we all need to look harder for solutions while being more respectful of other people’s differing viewpoints. Those religious people whom I so thoroughly disparaged are (mostly) good people and we need their steadfastness, bravery, and compassion. Likewise we need the dreamers who wish for a gentler world of sustainable farming and mining. The people who are afraid of vaccines are afraid for their children: too often they have heard self-serving megacorporations speak as if with the weight of science when those corporations were just spouting more misleading advertising (even if that is not at all what is happening with vaccines). The people who steadfastly deny anthropocentric climate change presumably realize how central hydrocarbon energy is to every aspect of economic, defense, and agricultural activity. Society simply can not transition away from consumer culture and fossil fuels. Not without some big breakthroughs.

No Future World

The answers are hard to find and even harder to understand…and it’s all about to get even harder as the human population expands further and competes more intently for resources. Only through understanding math and, above all, science can we move forward. No god has given me reason to believe in any divine rescue. Likewise the raw economic data indicate that organic farming and windmills will not be enough to provide basic sustenance—much less a livelihood– for everyone. Humankind’s gawky and protracted adolescence will need to end and we’ll all have to get smarter if we hope to build a worthwhile future for all living things.

Or maybe some competition is necessary for everything to work...

Or maybe some competition is necessary for everything to work…

It will involve studying harder and taking science much more seriously—despite all of its fraught ambiguities and uncertain answers. It will also involve everyone setting aside some of our fears, prejudices and certainties and reaching out to understand the scariest big animals that live on Planet Earth—our fellow people.

...then and again maybe there is an unanticipated tech solution out there...

…then and again maybe there is an unanticipated tech solution out there…

I would like to interrupt the parade of anteaters, crowns, demons, and obscure colors for a brief but important political polemic.  It seems likely that the Federal budget sequester will take place tonight and that is very bad news.

As almost everyone now knows, this artificial crisis was created as an attempt to make America’s hostile and antithetical political parties work together to cut spending and balance the budget.  Unsurprisingly creating (another) arbitrary deadline failed miserably to accomplish this task–so unstructured cuts will hit big parts of the Federal budget.  Defense spending is slated to be cut by 13% and the rest of domestic spending will be trimmed by 9%.  The sequester will not touch entitlements like Medicare and Social Security (which make up the majority of the budget), because doing so would be political suicide for national politicians.

Take this and apply it randomly to existing programs.

Take this and apply it randomly to existing programs.

Some people are ok with this, and argue that the Federal budget is out of control and needs to be reined in by some means.  Nine percent and thirteen percent are not big numbers.  The American military is still the largest in the world…etc…etc… This is the wrong way to think.  As this article outlines, many of the budget cuts insidiously strike at our research budget which will direly impact the future not just of the United States but also of the other nations (and maybe the ecosystems) of the entire world.

The sequester will hurt basic science research.  Greedy Wall Street moguls will be just fine and (most likely) people at the bottom of the economic scale will be ok too, but, in twenty years humankind won’t have nanotechnology, space elevators, immortality potions, or whatever incredible thing today’s research was meant to foster.

Private companies, the Chinese, James Bond villain billionaires…all other entities capable of fundamental research are small potatoes (other than universities—which receive much of their science money from the government).  The US Government is the world’s largest source of funding of basic research money…by a lot.

Fundamental research is the one thing America is good at (well maybe we can still make pizzas, scammy software, and dumb action movies, but we can talk about that another day) and that’s okay because research is the most important thing.  Nations do not become superpowers because of indomitable spirit or cool national symbols, but because of engineering, science, and innovation. Research is the critical underpinning of economic, military, and cultural greatness.  It is also fundamental to humankind’s quest to understand and manipulate the universe (before it kills us and everything we care about).  Social security does nothing to further that objective!

Canceled due to budget cuts.

Canceled due to budget cuts.

The sequester cuts resemble a farm plan which leaves out the seed corn.  And what is the point of even running a farm then?   So, politicians, go ahead and make cuts to the budget.  Raise taxes even.  National leaders, do what you have to do, but please don’t cut the most important part of the budget because it is most abstract and lacks special interest lobbyists.  That is stupid…and it is what we are doing by default.

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