Long essays or op-ed length commentaries on the issues of the day or on topics of special interest.
Lunar Reconnaissance Orbiter recently celebrated its 1000th day of imaging in orbit around the Moon, snapping images and cataloging the Moon’s geology.
Only a week before the science team posted a spectacular oblique view of Ryder Crater. The image is visible below the fold, along with a close-up of the crater’s strange hump-backed boulder-strewn floor.
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A report issued today illustrates once again to me that those running our space program in both Congress and the Obama administration have a profound lack of common sense or basic intelligence:
The NASA Advisory Council (NAC) – a body that provides the NASA Administrator with counsel and advice on programs and issues of importance to the Agency – has insisted a human exploration plan, or at least a destination, should be selected as soon as possible.
This request specifically applies to the Space Launch System (SLS), the heavy-lift rocket mandated by Congress that will use the Orion capsule. SLS is also the same rocket system that is costing the taxpayers $3 billion per year, and is expected to cost between $18 to $60 billion total by the time it flies its first operational mission in about nine years. The advisory council also noted that
While the vehicle hardware development is now moving forward at full speed, specific destinations – or a roadmap – is still lacking from NASA’s exploration plan.
It took nine different committees plus a central committee formed from the original nine committees to come to this Earth-shattering conclusion.
To put it in plain English, Congress and the Obama administration have committed billions of taxpayer dollars to the construction of a rocket and manned capsule without ever putting much thought into the specific mission they want to send that rocket and capsule on.
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In hearings Wednesday, several members of Congress suggested that NASA force the new competing commercial space companies to combine their efforts in order to save money.
Rep. Frank Wolf (R-Va.) asked NASA Administrator Charles Bolden during a March 21 hearing on the agency’s 2013 budget the same question he asked of the White House’s chief science adviser last month: would NASA’s partnership with commercial companies to develop astronaut transports be cheaper if the companies competing for NASA funds combined their efforts into a single “all for one and one for all” project?
Similarly, Senator Kay Bailey Hutchison (R-Texas) made the same stupid argument in her continuing effort to keep the funding of the Space Launch System, the rocket-formerly-called-Constellation, as high as possible, at the cost of cutting everything else in NASA if necessary.
If you needed any evidence that members of Congress are ignorant idiots, you only need read the comments of these elected officials at these hearings to get your proof. Wolf or Hutchison as well as several others from both parties very clearly haven’t the slightest idea what these various space companies are building. Nor do they have the faintest notion of the difficulties entailed in building these manned space vessels.
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Late last week NOAA’s Space Weather Prediction Center released its monthly update of the ongoing solar cycle sunspot activity, covering February 2012. Though I am slightly late in posting it, as I do every month, you can now see the full graph below the fold. I have also created a close-up of the graph’s relevant area, shown on the left, because it is hard to decipher what is happening on the full graph.
Since the Sun began it ramp up to solar maximum back in 2009, the pattern has been consistent, two steps forward, one step back. First there are several months in a row in which the number of sunspots show a steep rise, followed immediately by several months in which the sunspot numbers decline just as steeply, though by not as much. All told, since 2009 we have seen this pattern repeat four times.
February’s numbers have continued that pattern.
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The director of Russia’s manned program told the press today that the Russians do not have that a signed contract with NASA to fly astronauts to ISS after 2015, despite NASA’s announcement that such an agreement exists.
If true, NASA’s management has committed a very serious error which will cost the U.S. a great deal of money in the coming years, especially if there are significant delays in getting the new commercial companies online to provide the U.S. an American capability for ferrying humans to orbit.
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One year ago today Japan was hit with one of the most powerful earthquakes in recorded history, followed almost immediately by one of the most powerful tsunamis in recorded history. Since then, that nation and its people have done an incredible job recovering from that disaster, proving once again that there really is no limit to what humans can do.
The video below is their thank you to the rest of the world for the help and support brought to Japan by people everywhere. As they say, “Arigato.”
I say, bless you all for never giving up.
Kepler today released an updated catalog of candidate exoplanets observed during the space telescope’s first sixteen months of observations. In this release, they list more than a thousand new exoplanet candidates, almost two hundred of which are Earth-sized. Among the new exoplanet candidates, twenty-five are in the habitable zone!
Now for some details.
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Climate scientist Richard Lindzen of MIT spoke before a public meeting of the House of Commons in Great Britain yesterday. You can read his entire speech here [pdf]. Please do. He know his stuff. More important, he begins his presentation by immediately accepting these points:
He then notes that while none of these points are controversial among serious climate scientists, none of these facts are a cause for alarm.
The evidence is that the increase in CO2 will lead to very little warming, and that the connection of this minimal warming (or even significant warming) to the purported catastrophes is also minimal. The arguments on which the catastrophic claims are made are extremely weak – and commonly acknowledged as such. They are sometimes overtly dishonest. [emphasis mine]
Updated and bumped: I will be discussing this story on the the John Batchelor Show tonight, February 17, Friday, 12:50 am (Eastern), and then re-aired on Sunday, February 19, 12:50 am (Eastern).
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Someday, humans will be traveling far from Earth in large interplanetary spaceships not very different than the International Space Station (ISS). Isolated and dependent on these ships for survival, these travelers will have no choice but to know how to maintain and repair their vessels whenever something on them should break.
And things will break. Entropy rules, and with time all things deteriorate and fail.
Each failure, however, is also a precious opportunity to learn something about the environment of space. Why did an item break? What caused it to fail? Can we do something to prevent the failure in the future? Finding answers to these questions will make it possible to build better and more reliable interplanetary spaceships.
ISS is presently our only testbed for studying these kinds of engineering questions. And in 2007, a spectacular failure, combined with an epic spacewalk, gave engineers at the Johnson Space Center a marvelous opportunity to study these very issues.
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The solar scientists at the Marshall Space Flight Center significantly downgraded their prediction today for the upcoming solar maximum.
Unfortunately, the Marshall scientists don’t archive their previous predictions, merely changing the text of their webpage periodically. However, I have archived most of these predictions as they have changed. Here they are:
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There will be a lot of screaming and howling in the coming days about the proposed 2013 NASA budget [pdf], released today by the Obama administration. Though I have many bones to pick about this budget proposal, a longer view of the budget suggests it is merely a reflection of the transitions going on both in NASA and the federal government.
First, some bullet points:
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In a preprint paper published today on the Los Alamos astro-ph website and accepted for publication in the Journal of Atmospheric and Solar-Terrestrial Physics, Norwegian scientists have found a strong correlation between the length of the solar sunspot cycle and the Earth’s temperature during the following cycle. From the abstract:
Relations between the length of a sunspot cycle and the average temperature in the same and the next cycle are calculated for a number of meteorological stations in Norway and in the North Atlantic region. No significant trend is found between the length of a cycle and the average temperature in the same cycle, but a significant negative trend is found between the length of a cycle and the temperature in the next cycle. This provides a tool to predict an average temperature decrease of at least 1.0 ◦ C from solar cycle 23 to 24 for the stations and areas analyzed. We find for the Norwegian local stations investigated that 25–56% of the temperature increase the last 150 years may be attributed to the Sun. For 3 North Atlantic stations we get 63–72% solar contribution. [emphasis mine]
You can download a copy of the paper here [pdf].
Their paper finds that if a particular sunspot cycle is longer with less activity, the climate will show significant cooling during the next cycle.
The paper makes several important points:
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The man duped is Fritz Vahrenholt, a former global warming advocate and leftwing environmentalist in Germany. The words were spoken in a long and detailed interview in Der Spiegel. Read it all, as it demonstrates without question that Vahrenholt has done his research about the complexities of climate research as well as the flaws and dishonesty contained within the IPCC reports. However, he gets to the nub of the matter when he is asked why he has taken on the role of a climate skeptic with such passion.
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It is that time of the month again. Today NOAA’s Space Weather Prediction Center today released its monthly update of the ongoing solar cycle sunspot activity, covering January 2012. I have posted the graph below the fold.
For the second month in a row the Sun’s sunspot activity plunged. The drop in activity has been so steep that it has cancelled out almost two thirds of the activity rise that occurred during the last half of 2010. In fact, the drop brings the Sun’s sunspot count back to numbers comparable with March of last year, hardly a sign of a fast ramp up to solar maximum, which is what solar scientists have come to expect the Sun to do. Instead, the Sun’s activity during this ramp up has fluctuated wildly, going up strongly for several months and then dropping precipitously for another few months. These wild swings have now repeated themselves four times since the fall of 2010.
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Behind the Black officially premiered July 1, 2010, and has been up and running now for twenty months. I make it a point to post often and regularly on issues of space, science, technology, politics, and history, subjects that interest me personally. Except for one short period a year ago when family matters kept me away from the computer for several days, I have managed to update the webpage frequently every day during that entire time.
Because of this, traffic to the site has steadily grown. For this I thank you, my readers, especially those who love to add their own two cents to the webpage in the comments. While I certainly do not agree with all those who comment, I very much appreciate the open and intelligent nature of the discussion.
During that time I have resisted begging for contributions. Though I added a tip jar link to the webpage about three months ago (located in the right column below the search box), I have made very little note of it because shilling for dollars seems crass, and I feel that if I am doing a good job people will naturally look for it in order to donate to the webpage to keep it going.
However, today is my birthday, so I feel I have the right to do some self-promotion. Moreover, for the past fifteen years I have made my living as a freelance science writer. The business, however, is changing, and I am finding that I am becoming increasingly reliant on the income I make from at my own website over that earned by selling articles to magazines.
Thus, if you are a regular reader of Behind the Black, please consider giving the website a donation, no matter how small. Not only would I appreciate it greatly, it will help make it possible for this website to continue and grow.
Jeff Foust reports today that the long delayed final FAA reauthorization bill also includes language that will extend until 2015 the restrictions on the FAA’s ability to regulate commercial space.
How nice of them.
When the Commercial Space Law Amendments Act (CSLAA) passed in 2004 I wrote in my UPI column Space Watch that I thought it was a bad idea and would cause great harm to the commercial space industry. All the law accomplished was hand power to the FAA and Congress to restrict commercial activities in space, without providing the industry any real benefit. Even with this extension space commercial companies remain at the mercy of Congressional action or FAA regulation, neither of which is really interested in helping this new industry.
The bad elements of the bill are finally beginning to come to light.
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The following stories are all the result of statements made by Vladimir Popovkin, the head of Roscosmos, the Russian Federal space agency, during a radio interview yesterday.
This is the same guy that only a few weeks ago was throwing accusations at the U.S. for the failure of Phobos-Grunt.
What should we make of these statements? First, everything Popovkin says is aimed at fund-raising. Whatever his background, he is a political appointee whose job is to generate interest and funding for Russia’s space program. Everything he says in public must be weighed against this reality. That he first tried to shift the blame to the U.S. for Phobos-Grunt’s loss was an effort to absolve his program from any blame and thus reduce the possibility that the Russian government might cut his funding. Now that his agency has gotten approval of its insurance payment for the failure, however, he is free to say otherwise.
Second, these announcements give us a clear indication of where the Russia space effort is heading, and that effort looks both thoughtful and intelligent.
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In a campaign rally Friday in Florida, Mitt Romney put forth his perspective on the state of the American space program, and what he plans to do about it.
The speech is about 16 minutes long. It is worth listening to it in its entirety.
In it, Romney outlined the reasons he thinks a robust space program is important: defense, innovation, exploration, and the ability to respond to potential natural threats from space. Having done so, however, he then refused to outline any specific actions he would take to address these issues, saying instead that once in office he will bring together the right kinds of space experts who will then advice him on the right kind of plan to achieve all these important goals.
I appreciate his refusal to pander. At the same time, his vagueness does not make me enthusiastic. Moreover, he is only offering us the same thing we have seen numerous times before, another blue ribbon panel study outlining a plan. It would make me far happier if he already understood better the problems of the space program, and could articulate the actions he wishes to take, as Gingrich did.
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As noted by one commenter, the full Gingrich speech on space is available here on C-SPAN.
I have now listened to the whole speech, and can say without hesitation that everything I wrote in my previous post was correct. Gingrich is knowledgeable about space, science, and history. He is basing his proposals on past successful models where the U.S. government did nothing but buy the product developed by private individuals or companies. These proposals actually continue as well as accelerate the Obama administration’s efforts. And he is not proposing a giant pork program.
His proposal to have a moon base by 2020 is unquestionably campaign talk that won’t happen. Nonetheless, this proposal is aimed at energizing the American aerospace industry by focusing the government’s goals, which will then need to be purchased by the government from private companies. He also made it very clear he wants to shrink the NASA bureaucracy, reducing its budget while devoting ten percent of that savings (equal to billions of dollars) for prizes. The example of a $10 billion tax-free prize for the first to get to Mars was only for illustration. As he said,
The model I want us to build is largely is the model of the ’20s and ’30s, when the government was actively encouraging development but the government wasn’t doing anything. The government was paying rewards, it was subsidizing the mail. … We had enormous breakthroughs in aviation in the ’20s and ’30s at very little cost to the government because lots of smart people [outside the government] did it.
I beg everyone to listen to this speech, in its entirety. It illustrates a thoughtful man who understands history. Gingrich might not be a perfect man, and he certainly is not the perfect candidate for President, but don’t tell me what you think of him if you refuse to listen to him. For two decades too many people have eagerly expressed opinions about him without really listening to what he has actually said or done. And what he says here is reasonable, intelligent, and certainly worthy of consideration.
In the days ahead there is going to be a lot of talk about Newt Gingrich’s proposals for space exploration. I think it important that people actually see and listen to the entire speech before discussing it. Here is the longest clip I can find on youtube, covering the first seven and a half minutes. I think it is complete, but unfortunately, I can’t be sure. It doesn’t appear to include his remarks about awarding space prizes, and when it ends Gingrich does not appear to be finished. When I find a longer clip I will post it.
Several points immediately come to mind:
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In a preprint paper published today on the Los Alamos astro-ph website, astronomers have concluded that the exoplanet orbiting the star Formalhaut might not exist. This planet, the first exoplanet ever thought to be directly imaged in visible light, was first described in a paper published in 2008, and was actually tracked in its orbit over several years, as shown in the image on the right.
The new research used the Spitzer Space Telescope to see if the planet’s heat could be detected in infrared wavelengths. Unfortunately, the scientists found nothing.
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In a paper published today in the Journal for Geophysical Research, Planets, the science team for Lunar Reconnaissance Orbiter describe how they have used starlight to peer into the permanently shadowed craters of the Moon’s north and south poles. Looking only during the lunar night, they measured the dim albedo of the Moon from reflected starlight. From this very weak signal they were able to cull two interesting facts about these very cold and very dark places.
Posting will be light today, as I am joining University of Arizona PhD student Sarah Trube and several other Arizona cavers on a cave trip to collect water samples in a southern Arizona cave. This is in connection with research Sarah is doing to analyze the chemistry of cave dripwater and how it leads to the formation of cave speleothems. Moreover, she is tracking water flow and attempting to link it to climate and weather variations over time.
I noticed Sarah’s water collection equipment on my first Tucson-area cave trip back last January. In one case she had attached a tube to the bottom of a stalactite which fed the dripwater into a bottle. In another case she placed glass plates on top of stalagmites to allow the dripwater to drip onto the plate and then evaporate. Last month I joined her on one of her collection trips, where she gathered glass plates for later analysis in the lab. Though the plates had not been in cave more than a few months, you could easily see a thin layer of calcite deposit on their surface.
Below the fold is an image of Sarah gathering dripwater during an earlier trip.
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Opportunity has settled into its winter haven.
NASA’s Mars Exploration Rover Opportunity will spend the next few months during the coldest part of Martian winter at Greeley Haven, an outcrop of rock on Mars recently named informally to honor Ronald Greeley, Arizona State University Regents’ professor of planetary geology, who died October 27, 2011.
I met and interviewed Greeley a number of times in writing articles for magazines like Sky & Telescope and Astronomy. For years he was a central figure in the field of planetary geology, and his life effort is one of the prime reasons the United States has dominated this field for most of the past half century, with a fleet of planetary missions presently at Mercury, Mars, Jupiter, Saturn, and Pluto, with many more to come.
The article notes that the International Astronomical Union (IAU) has the job of naming objects in space, and could take years to honor Greeley. I say that if these scientists, the true explorers of Mars, want to name something for him, then they should go ahead, and future generations should honor that choice, regardless of what the IAU says.
It’s that time again! As I do every month, it’s time to post Space Weather Prediction Center’s monthly updated graph showing the Sun’s solar cycle sunspot activity. The graph itself can be seen below the fold.
After five months of quickly increasing sunspot activity, the Sun in December finally took a rest, with the sunspot numbers dropping down to almost exactly the solar activity scientists had expected at this time, according to their May 2009 prediction. Interestingly, this might be the first time since I began tracking the solar cycle in 2008 that the prediction actually matched that month’s activity.
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The uncertainty of science: In this week’s release of images from Mars Reconnaissance Orbiter, the science team posted the image on the right and asked, “What is this stuff?”
Here’s a hypothetical geologic history that might explain this scene: layered sediments were deposited by water or airfall (including volcanic pyroclastics). A crudely polygonal patterned ground was created by stresses in the sediments, and groundwater followed the fractures and deposited minerals that cemented the sediments. This was followed by perhaps billions of years of erosion by the wind, leaving the cemented fractures as high-standing ridges.
Of course, this story is almost certainly incomplete if not totally wrong.
Click here to see the close-up subimage from which I cropped the image on the right.
On Thursday, December 15, 2011, NASA management announced what seemed at first glance to be a very boring managerial decision. Future contracts with any aerospace company to launch astronauts to and from the International Space Station (ISS) will follow the same contractual arrangements used by NASA and SpaceX and Orbital Sciences for supplying cargo to the space station.
As boring that sounds, this is probably the most important decision NASA managers have made since the 1960s. Not only will this contractual approach lower the cost and accelerate the speed of developing a new generation of manned spaceships, it will transfer control of space exploration from NASA — an overweight and bloated government agency — to the free and competitive open market.
To me, however, the decision illustrates a number of unexpected consequences, none of which have been noted by anyone in the discussions that followed NASA’s announcement back in mid-December.
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An interesting and very informative paper was published by the American Geophysical Union this past Saturday, entitled “Arctic winter 2010/2011 at the brink of an ozone hole.” The first paragraph of the introduction essentially summed up the paper’s key points:
Large losses of Arctic stratospheric ozone have been observed during winter 2010/2011, exceeding observed losses during cold winters over the past decades, characterized as the first Arctic Ozone Hole. Although in general Arctic ozone is expected to recover because of the reductions in ozone depleting substances as a result of the Montreal Protocol and its amendments, the observation that apparently the cold Arctic winters in the stratosphere have been getting colder over the past decades raises some concern that Arctic ozone depletion may worsen over the next decades if the cooling trend continues while concentrations of ozone depleting substances remain sufficiently high. [emphasis mine]
Two important take-aways:
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On January 2, 2012, an asteroid is going to transit across the face of Betelgeuse. And if you live in Europe, own a very sensitive telescope, look close and don’t blink, you might be able to see it!
This is all according to a preprint paper published today on the Los Alamos astro-ph preprint website, written by scientist Costantino Sigismondi of the Galileo Ferraris Institute and International Center for Relativistic Astrophysics in Rome. You can download the paper here [pdf].
The transit itself will only last 3.6 seconds, and will only be visible along a narrow swath crossing southern India and moving across the Middle East, through parts of Italy, France, and the southwestern most tips of England and Ireland. A map of this path is below the fold.
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The science team of Lunar Reconnaissance Orbiter released a spectacular image of the lunar crater Aristarchus on Christmas Day, looking sideways at the crater’s west wall. The image was taken from only 16 miles above the Moon’s surface. You can see the full image here.
Two things to note from this image:
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