ABOUT COSMIC LOG

Quantum fluctuations in space, science, exploration and other cosmic fields... served up regularly by MSNBC.com science editor Alan Boyle since 2002.

Alan Boyle covers the physical sciences, anthropology, technological innovation and space science and exploration for MSNBC.com. He is a winner of the AAAS Science Journalism Award, the NASW Science-in-Society Award and other honors; a contributor to "A Field Guide for Science Writers"; and a member of the board of the Council for the Advancement of Science Writing.

Check out Boyle's biography or send a message to Cosmic Log via cosmiclog@msnbc.com.



Big science for 2007

Posted: Friday, December 29, 2006 8:14 PM by Alan Boyle


EIROforum / CERN
A hardhat worker is dwarfed by the inner workings of the Large Hadron
Collider's ATLAS detector. The collider is due to begin operation in 2007.

Even though it’s been judged Science’s “Breakthrough of the Year,” it’s a safe bet that people won’t be buzzing about the Poincare Conjecture in 2007. Instead, the coming year is bracketed by two paradigm shifts in science, having to do with politics and particle physics.

At the beginning of the year, control of Congress changes hands from the GOP to the Democrats. And by the end of the year, the Large Hadron Collider should be online at last at CERN's headquarters on the French-Swiss border.

You might not think of last month's midterm congressional elections as a science story, but the outcome is likely to have an effect on how a whole range of science policy issues are handled. Here are the three top examples:

  • Climate policy: No longer will congressional hearings be used as forums to downplay the issues surrounding greenhouse-gas emissions - a fact of political life that sparked a humorous twinge of nostalgia from researcher Gavin Schmidt at the excellent Real Climate blog. As noted by Grist, Sen. Barbara Boxer, D-Calif., is due to take over a key committee on the environment and is planning extensive hearings on the issue - perhaps resulting in legislation modeled on California's greenhouse-gas cap. Even the prospect of change is leading industry executives to jump on the emissions-reduction bandwagon.
  • Environment vs. energy: Beyond global warming, the congressional changeover should take the heat off Alaska's Arctic National Wildlife Refuge. Democrats have taken the lead role in staving off oil drilling in the 19.2-million-acre area - and as noted in the Kodiak Daily Mirror, the tide may well turn toward more environmental protection. There might well be more legislation to encourage conservation and renewable energy sources rather than promoting petroleum production. Who knows? Perhaps even the H-Prize, an initiative to boost hydrogen-based energy that has languished in the Senate, will rise again. 
  • Stem cell research: The incoming House speaker, California Democrat Nancy Pelosi, says she'll aim to push through stem-cell legislation in the first 100 hours of congressional business - the very bill that President Bush vetoed last year. A measure to liberalize federal funding for research using human embryonic stem cells is a priority for the Senate as well as the House. It's likely that the new legislation would be vetoed again, of course, but will the changing political climate result in a changed outcome?

More generally, the Bush administration has come under criticism for sidetracking scientific assessments that run counter to its policies. In such cases, a Democrat-controlled Congress could offer a bully pulpit to make sure such assessments get a full airing.

Of course, there are two sides to every story when it comes to politics. For climate skeptics, the congressional changeover represents the triumph of "junk science" over sound science. I'm going to refrain from rendering judgment on that score; that's up to you to do in the comments section. But even the skeptics will have to admit that the rules of the science policy game have changed.

Then there's the Large Hadron Collider. If you're not keyed into particle physics or the hubbub over string theory, the name might not be familiar to you. But those who follow the field have been salivating over the LHC for years. (It even plays a bit part in "Angels and Demons," novelist Dan Brown's precursor to "The Da Vinci Code.")

The $1.8 billion LHC should be able to smash particles together with enough energy to unlock longstanding secrets about black holes, the cosmic balance of matter and antimatter, the nature of the Higgs boson (a.k.a. the God particle) and perhaps even the existence of extra dimensions. Virtually every story I write about the big questions in physics ends with the line that the LHC could provide the answer. Heck, some have even worried (needlessly, scientists say) that the LHC will gobble up our corner of the cosmos.

We won't find out about all this next year, of course - but this month, CERN said the collider is on track to start up operations by next December. To keep track of the LHC's progress, you can click on over to the nifty Web portal at Interactions.org, or go straight to the source at CERN.

Now you've got my two picks for the top science stories of 2007. MSNBC.com readers provided their own observations as a follow-up to Science's top 10 list for 2006, as well as my list of top five space stories. I'm afraid mathematician Grigory Perelman didn't get much respect for his topological proof of the Poincare Conjecture:

Jerry: "That's all cool and everything, but I really think that in the time it took for these 'smart guys' to figure out the doughnut and coffee cup math problem, they could have worked on something less important like a cure for cancer or alternate fuel sources. I am pretty amazed to find out that a beach ball has a chance to get a hole in it without ripping, tearing or stretching. I will sleep better tonight."

Jeffrey: "I have to echo Jerry's sentiment a bit in that the mathematical curvature of three-dimensional sphere in relation to the boundary of a four-dimensional sphere really doesn't accomplish any currently discernible effect on mankind. Global warming I believe is a much more noble quest for our science dollars. Now if he can find a way to use Poincare's Conjecture to develop a method for the Earth to act as a doughnut instead of a sphere to dissipate the heat of global warming, as the math has a direct correlation to thermal mechanics, then I will pat Perelman on the back for all the sleep I'll be able to enjoy.

"Aside from global warming, alternative fuel/energy sources would be my next scientific discovery of the year. With the political clout shifting to the scientists, and the adoption of ethanol-based fuels and the development of cellulosic fuel, this has been a landmark year. To think that since the Industrial Revolution we have been essentially using the same energy sources as we did 200 years ago. The years to come will prove to be exciting as we push to alleviate our dependency upon fossil fuels and non-renewable fuel sources.

"The future of science holds promise. I hope my grandchildren will be able to appreciate the distinction between a mug and a doughnut, because the significance is lost on me ... and I understand the math!!"

John G.: "I wholeheartedly disagree with the value or lack thereof we place upon the proof of Poincaré's Hypothesis. The reason I do so is we cannot predict the effect a discovery/accomplishment in one field of the science will have on another field. For instance, if Newton or Leibniz had not discovered/created calculus we could not have formulated classical physics. Without classical physics we could not have created the steam engine, without the steam engine no Industrial Revolution. In fact, without the proper formulation of classical mechanics we would not have automobiles, airplanes, radios, television, Internet, etc, etc.

"If calculus, linear algebra, complex analysis, real analysis and other more advanced math were not discovered/created it would be impossible to formulate quantum mechanics or atomic physics; we would not have MRI machines which help detect cancer, we would not have the physics necessary for chemists to analyze the behavior of molecules which may lead to new treatments for cancer. We would not have the physics necessary to create semiconductors which form the basis for the genetic engineering revolution (analyzing DNA requires computers). In, fact modern chemistry depends upon the results of atomic physics. Without modern chemistry we would not have the tools to create new fuels for our automobiles, and a whole host of other modern amenities.

"So you see, sometimes something as insignificant as a mathematical result may have profound influence upon our world, through physics. In addition we can never predict which mathematical result may lead to a useful discovery in physics, so let us view this result with admiration for one day it may play an important role in our society."

Neal: "I have to agree that until practical use of the proof of Poincaré's Hypothesis develops, we may never know if it's just a footnote or the foundation of future science.

"The movement on alternative fuels was more economics than science. The price of fuel simply rose to pass the 'break-even' point for some of them (until gas prices rise past the alts' production costs, or their production cost drops below that of gasoline, they're only 'interesting' at best).

"But I gave up on these platitudes when the work Professor Frink did on the pickle/condiment matrix as it related to hamburger earmuffs was virtually ignored by the Nobel committee.

"Just call me jaded, I guess."

Meanwhile, regarding the top space stories:

Denis: "[I vote for] the idea of getting more people involved this year in space projects [such as Stardust @ Home]. Also, more countries with the technology and means to do more work is good news. More, please, for the future. Can we have a virtual lab on the space station?"

Fred Richards: " 'Return to Flight' ... There were many extraordinary efforts made to make the phrase a reality. I think passing on the effort and achievement to make this possible is now becoming an assumed norm. Many individuals and companies worked extremely hard (and at little or no pay) to make this possible."

Finally, in light of all the comments that our Science and Religion Symposium generated, I'm going to wedge in this waning month's selection for the Cosmic Log Used Book Club: "God in the Equation: How Einstein Transformed Religion" by Corey Powell. Reviews of the book have been mixed: Some have called the book an understandable, readable account of physics' deepest mysteries, while others have criticized it as giving the science too much of a mystical spin. In any case, Powell's exploration of "sci/religion" seems to fit quite well with the tone of the past week's discussion.

The CLUB Club regularly highlights books with cosmic themes that could conceivably be found on your local library's shelves or at the secondhand-book shop. If you have suggestions for future CLUB Club selections, let me know ... I just might send you a brand-new book.

MAIN PAGE

Email this EMAIL THIS

Comments

Despite the efforts of the Republicans, I think global warming has already become widely accepted by the general public and mainstream media.  There really seemed to be a shift this year!  Being accepted and actually having the public do something about it is, unfortunately, quite a different story.  Hurricanes may not have caught their attention this year but the problems in the Arctic sure have the rest of us very worried.  Putting a dollar tax on gas would be the first step I’d take.

As for the top science stories of ’06 I thought the water vapor coming from the very small Saturian moon Enceleadus was the real stunner!  Such a small body yet so active…  Apart from this they found methane lakes on Titan and solar cell efficiency just topped 40%.  I guess there was a lot of hoopla over the "return to flight," though I can't see why. Robotic exploration is where the real science is.

As for next year's science stories, I'm sure the Mars Recon orbiter will steel a lot of headlines! Have they found a definitive shoreline on Mars yet? There was also a hot spot detected in the south pole that they thought might be an "Ice Tower" venting heated water vapor...  A photo of that would be just too cool.

Doesn't the VLT interferometer telescope come on line soon?  What about the LBT?  I've been waiting for the promised photos of Jovian planets and hope they'll be able to see the eclipsing effect of an earth-sized moon, perhaps even gauging the atmospheric content of such a moon as they did when a jovian planet eclipsed its own sun.

I agree with Chris that in terms of Global Warming, the people (and even most businesses) are far ahead of the government.

I disagree with most of the people who will read this by saying that this isn't a bad thing.  When was the last time Americans relied on the government and got a solution?  Then why do we keep asking the government to solve our socioeconomic problems?  The Kyoto Treaty, for instance, was worse than bad, it was useless.

 Global warming will not be effectively combatted until the Laffer Curve gets involved, which seems to be happening.  And by the way, Al Gore is still as irrelevant as he ever was.

The big 2006 science story might - just *might* - have come out of a small defense contract held by legendary nuclear engineer Robert Bussard...

I don't think there's just one over-riding example of a top news story for scientific advance in any year. Science is advanced slowly, like Poincare's Hypothesis solution, but who knows where that will lead in the future? Some kid might read it and let it simmer in the subconscious until he (or she) has the Eureka moment and can explain how to achieve antigravity. But that scenario reads like s-f. Advancement in science is only achieved now in minor increments with much slogging and little victories along the way. Our scientists do need encouragement, but money rather than recognition will be their saving grace if our governments smarten up.

Alternative fuels is an area of research needing more funding by the Federal Government.  There should be a program on the same scale as our effort to put a man on the moon in the late 60s.  Not because the cost of gasoline is going to increase as supplies dwindle, but simply because we are going to run out of easily obtained oil one of these days, not to mention the energy blackmail we could become victims of, if the Arabs and the Venezuelans so decided.  

I am afraid that the general public is going to be sorely disappointed by the results, however.  We must remember that any chemical reaction (combustion is a a chemical reaction) must follow the laws of Thermodynamics.  The law of conservartion of energy cannot be broken.  To create an alternative fuel that is as cheap as petroleum derived gasoline is a practical and technical impossibility.  After all, the energy required to create petroleum was supplied by the Sun over millions of years, decomposing trillions of tons of organic matter.  Why do we think we can accumulate that much energy to produce an alternative fuel in a real day-to-day situation?

Everyone has so much hope for hydrogen fuel, but where do we get the energy to produce hydrogen, and what effect will the product of hydrogen combustion, water, have on our ecosphere.  Solar panels are now available which approach an efficiency of 40% (much greater than burning oil or gas, by the way), but how much do the panels cost, and even if the costs can be decreased, what about their longevity?  

Where does the energy come from to produce these alternative fuels?  Right now it is only suffciently available from petroleum, natural gas, or coal.  We simply cannot get more out of a system than we put into it.  Thermodynamics again.  

The study of particle physics and mathematical conundrums such as Poincare's Hypothesis,  which so many people view as a waste of time,  may well lead to the discovery of a way to create controllable fusion, which, in my humble opinion, would be the THE BEST solution to our energy woes.  I am hoping the LHC will be the first step towards this goal, but it may well take an even larger collider to make the discoveries needed.  Our government is spending tens of billions of dollars to fight wars that are only escalting the hatred of America worldwide, but we can't spend a few billion to create an LHC on our own soil!  It is time the silent majority wakes up and holds our political representatives accountable for the way they waste our money!    

Putting a dollar tax on gasoline is no way to curve consumption. Its just a way to destroy the economy. I definitely believe we should switch to hydrogen power, I.E instead of growing massive corn feilds , switch to massive wind fields across the plains to create the electricity that's needed to stir hydrogen production.
The thing that boggles my mind about global warming is this: Whether or not you accept the science behind it what gives our politicians or our people the right to be so cavalier about it? We shouldn't risk the unknown future for the sake of the economy. Someone will always find a way to make money, but very few of us will be able to make ice for our scotch when the temperature on any given winter day is 120 degrees and energy prices skyrocket because we need air conditioning to survive.

This theory is in no way a total explaination for global warming, it is just a question to theorize that it may be a contributing factor.

1.  The earth follows an eliptical orbit.

2.  The northern hemisphere is closer to the sun in winter and farther away in summer, making our winter a bit warmer and a bit cooler in summer. (The reverse is true in the southern hemispheres.)

3.  There is more land mass in the northern hemisphere than in the southern hemisphere.

4.  The specific heat of water is greater than land.

5.  Water mitigates the extra temperature changes in the southern hemisphere, (thus their summers that would be hotter because of the close proximity to the sun, and reverse in the winter are not so dramatic as in the northern hemisphere.

6.  The earth is on a 26,000 year wobble, and 13,000 years ago we were tilted in reverse from today's orientation, causing our winters to be colder and summers hotter in the northern hemisphere.

7.  According to Kepler's 2nd law, our speed near the sun is faster than away from the sun so we spend more time in the cooler part of the orbit.

8.  The ice sheet began to recede about 10,000 years ago, if we are on a 26,000 year cycle, we have about 3,000 more years before we begin to cool down a little.

Atmospheric scientists have taken Crosby Key's points into full consideration in their models.  The simple fact is that carbon dioxide levels have increased by about 30% over the last century, and no reputable scientist can explain how CO2 levels can increase without causing increased temperatures. I've seen some efforts to explain this away, but they are simply wrong. We can debate the magnitude and consequences, but not the cause.

As a scientist (a chemist), I've followed this issue for a long time with my opinion changing from skepticism to alarm over the years as the data have become increasingly consistent and certain.  The wikipedia.com entry on "global warming" is excellent and should answer a lot of people's questions.

Michael Crichton is best known as a writer of fiction: Jurassic Park, Andromeda Strain, State of Fear, et al. However, he has quite a scientific mind, and I would encourage everyone interested in "global warming" to read his speeches archived on his web site. I did. And then I looked at the raw data as opposed as to what gets reported. Quite illuminating!
I find it somewhat interesting that people consider certain research useless. I am a graduate student and have spent the last 2 years doing research in atomic physics. The main scope of my research drew theory and results from twenty of thirty different projects in several different fields. Now I am not trying to solve global warming or cure AIDS, but any time we learn something new that is a good thing and could very well lead to these big breakthroughs. In the 1990s people made the first Bose-Einstein Condensate, without the invention of the laser some fifty years earlier that would not have been possible. The research that led up to the first demonstration of a laser took some thirty years. So I have a hard time when people say, "Oh this abstract research is useless, let us spend the money on something we need now." That is fine, and I'm sure if we did that we would have some really refined technology, but it would also slow the pace of innovation in technology.
Sometimes I wonder on what happened to the American Common Sense. The same people who agree with the sacrifice of more than 3000 young guys with all their memories and dreams, hopes and feelings, 3000 young guys who left behind mourning parents and children, wives and friends, the same people are fiercely opposed to the sacrifice of about 1000 embryos that have nothing of all this and don't leave anything behind. More of the first were sacrificed for the most harmful (for USA!) war, while the second will be sacrificed for the healing of millions of suffering people.

Global warming?  Sure, the globe is warming.  I don't have a mile of glacial ice over my head.  OK, now, tell me something new.  

The planet has periodically cooled and warmed many times over millions of years without Ford Excursions to help the matter.  Why is this new round of warming/cooling so alarming?

I have a vision, perhaps a sentimental one, to mark this New Year. As an old Star Trek fan, I realize that probably the only way out of our energy problems, as a species and a civilization, is a new energy source that is orders of magnitude greater than fossil fuels. Whether it be fusion or space solar arrays, let's then use that energy together with some sort of process that combines our waste, such as garbage and sewage, with the gases in the atmosphere, to create gasoline! We could then, thanks to the cholesterol drugs, be literally fat, dumb, and happy cruising around in our muscle cars and trucks as long as we wish. It sure beats the heck out of wondering if I'll have to burn the furniture to keep warm in my old age. Happy New Year!

For almost 5 years I have been in a study of what I believe will make a very important change in our energy solution.

I have an idea and a theory!

The theory of how static electricity is available as energy.

This may sound impossible because we simply have not been teaching ourselves to think this way.

Using what I was good at in school (not listening :) I decided to teach myself.  I had to rethink many known physics and use what I thought.  It started to become organized and then became a theory.  It seemed to make sense.  I worked hard and long using process of elimination.  I came up with my own theory.

I am calling it The H Theory. 

 I hope to introduce this science to help many.  You see I like many have always thought that someone somewhere will come up with something that will give us hope,  please keep a little something in your pocket or purse that you can touch whenever you want. This puts a little spark of hope within reach. Then if you really think we can do something look at every alternative. There are thousands of us waiting for this, why not this year?

- Like CE, I think Mars Recon Orbiter is likely to produce some newsworthy discoveries in '07 . . . there's no convincing evidence of any putative martian shorelines yet, though.

-To DE: there ARE still occasionally major developments in science. According to some (not necessarily me...), “string theory” may provide the next one. Also, many scientists (and almost all the best ones) do science simply because they love doing it, not for money, fame or power. For example, the “chairmanship” of my department gets treated more like a disease than an honor, a pay raise, or a chance to policy-make...

-Craig seems to advocate a very dangerous policy: going right ahead warming the planet. This would be like opening the back of your pocket-watch and tinkering around in there with a pipe-wrench. And, very far from irrelevant, Gore is going to become increasingly relevant (for better or worse) as public opinion to slow climate change builds....

-The facts put forth by CK, in addition to being over-simplified, are a rehash of arguments used by mis-direction artists who claim “natural cycles” are causing most or all of global warming. They are a total red herring (put forth by people whose bottom-lines stand to lose when people finally decide to act). None of them, zero, nada, can account for the rapidity and magnitude of the changes currently observed, which are unprecedented in the geologic record (except for sudden events like impacts and massive volcanoes).

-MP points out that most of the energy we use comes ultimately from the Sun. Don’t give up hope on solar energy! We haven’t made any major effort to develop ways of making use of it yet! Also, whatever happened to plain-old conservation? Oh, right, this is the US.

-Michael Crichton would get laughed off the stage at any scientific conference I've ever been to. I HAVE seen presentations by the guy, and he’s a fool spouting about something he has no clue about. He goes on and on and on about the infamous “hockey stick” graph seemingly totally oblivious to the fact that it has become virtually irrelevant under an avalanche of other evidence. Why train and pay hundreds of scientists, if conspiracy theorists are what we really want?... For fiction, read Crichton. Want science? Listen to Jim Hansen (of NASA).

-Bravo, Darren! Good point! What good is ANY economy, if your planet goes to hell?

-JM’s comment is somewhat alarming to me since it demonstrates something too many people are still doing: not going and finding out for themselves what’s going on and what scientists REALLY think. Here’s a hint: current global warming has VERY LITTLE to do with ice ages. It DOES have to do with the fact we are changing the composition of our whole atmosphere. Unfortunately this tendency makes the misrepresentations made by such as Crichton easier to get away with.... I would recommend the American Geophysical Union’s website as a place one could start reading (look under ‘position statements’). There are many other resources on the web. I also highly recommend Al Gore’s movie. While he IS a politician (and as such has an agenda), I couldn’t find a single thing in the movie that isn’t widely accepted by geoscientists. In point of fact their are many signs of climate change that Gore doesn’t even mention.

-I *am* encouraged by the numbers of people and local governments who are increasingly tuning out the politicians and the novelists, and starting to listen to the people who actually study this stuff. Like CE, I think there is finally a growing shift away from denial and toward action.

I find David's point to be most illuminating, and as a fellow graduate student (Electrical Engineering, in my case) I would put the biggest scientific breakthrough as inter discipline work. More and more Nobel prizes are being awarded to teams instead of individuals, and more and more research groups are comprised of researchers from multiple fields. It is this coming together of science and the advances in group thinking, and group learning that really strike me.

It really shows how subtle and clever God was when he created the universe, as science has to fundamentally change to learn more.

As to the fossil fuels question, the problem is not the fuel we burn in our cars. The problem is on the back end of energy production.

On a single tank of gas, my saturn can develop up to 40 kilowatts for up to 6 hours. This is about 250 kilowatt hours. At 10 cents per kilowatt hour, that means that gas power and electricity cost about the same.

Synthetic fossil fuels will be governed by the efficiency of manufacture. this means that, despite what skeptics say, any given synthetic fuel can supplant oil, it will just be significantly more expensive.

Nuclear energy comes out of the ground, and is only a stopgap. The only real question left is how we will extract solar/tidal energy. There is wind power, from solar heating of the atmosphere, there is solar directly, etc.  

The fact that the government spends billions of our tax dollars on space exploration while people go homeless and hungry in America is a disgrace. Note: I am NOT a liberal democrat.
As a scientist I vote for the Hadron Collider as the biggest science news in 2007.

Another major advance last year was by Honda who created an enzyme that could make "significant" amounts of ethanol from discarded plant matter such as grass, not just corn or sugar cane!  Being able to produce some type of fuel on a local level helps insulate us during times of crisis!

I didn’t follow it too closely but the Z-machine in a national laboratory in New Mexico "produced plasmas that exceed temperatures of 2 billion degrees Kelvin — hotter than the interiors of stars. The unexpectedly hot output, if its cause were understood and harnessed, could eventually mean that smaller, less costly nuclear fusion plants would produce the same amount of energy as larger plants" when they switched to using iron in their experiments.  Hopefully such experiments will pan out into a new method of fusion or something similar!

I like the sound of that rapid charging nano battery!  I’ll have to follow up on that…

Across the board scientists are making rapid and stunning advancements!  It is in many ways as much a great time to be alive as it is a challenging one!  As always, I give the Europeans a great deal of credit for being on the cutting edge of many things.  Their new collider is much welcomed news as was their role in finally getting the ITER fusion program finally going again after such long delays.  Though I too like the potential of fusion, such a reactor won’t be fully tested for another 16 years and it is a smaller one than they originally hoped for...    

Its 2am Jan 1st 2007 and 50 deg F outside.  No surprise, it's been that way most of December and warmer. The only thing that surprises me is that no one is really talking about it. I haven't heard one weather person say "Golly Gee Whiz, It's a bit warm for this time of year." Instead all I hear is what a wonderful day.  I hope they are still singing that tune when the Ohio River is lapping at I-64 and our old Kentucky home is beachfront property.

Possibly the greatest lesson of science, one that should be celebrated every New Year, is humility.

The history of revolution in science is long and healthy; the "consensus view" has almost always been wrong.  Newton's Laws were taught as "fact" for generations of scientists, and then recognized as only an approximation at the beginning of the last century.  Eienstien's own views are now challenged on many fronts, and his goal of a grand unification theory is still not met.

Many proponent of "science-driven" politics seem to lack any appreciation of why the word "theory" has overtaken the word "law" in the teaching of science.

Nature seems to insist on "putting us in our place" on a regular basis; consider the last two years of hurricane predicting as just one example.  Given that history, it is foolish to think we know what way to go in order to avoid the coming impact of climate change.... except to fund greater research into what is actually happening and what can be done to change it, IF we should.

more about my "move Hubble near ISS" proposal (and a good project to start in 2007): ---- the "Give Hubble a chance to survive (near the ISS)" image here: http://www.gaetanomarano.it/hubbleneariss.jpg ---- a very interesting .pdf document (found by BAUT forum's moderator ToSeek) where that problem was evaluated at high scientific level: http://www.aura-astronomy.org/nv/hubble.pdf ---- my BAUT forum's thread about the "move Hubble near ISS" proposal: http://www.bautforum.com/showthread.php?t=50793&page=7

I think the larger issue with regard to Global warming and the like, is that science needs to be allowed to work properly. For too many years now, the White House and congress has allowed/caused scientific debate and opinion to be rewritten by political hacks who have an agenda. Stopping reports from being issued, allowing fools to edit reports, and staffing government science departments with industry players has done a lot of damage to everyone (regardless of what you believe on any particular subject). If people think the evidence points to other answers, let them debate it properly and not through blogs, censorship, and nonsense.

Politicians may still make decisions, but make them in the light of actual scientific thought. The politicians can still use cynical renaming techniques to try to trick the population (e.g. allow more toxins in the air, but call it the "blue skies initiative"). But, do not suppress the science.

It is interesting that so many of you cite the laws of thermodynamics to illustrate the reality that putting more energy into our earth system will result in heat unless an equal amount is dissapated. Yet we still cling to the idea that technology will provide us a new energy source to save us. I am all for using solar, wind, and sea energy, but any other source is like throwing fuel on the fire. Even ethanol requires energy input to derive the indirect solar energy locked in plant material. So unless string theory can show us how to harness lightning call me skeptical of its value for energy production. The real problem remains wasted energy. Most of our electric appliances and gadgets are wasteful or needless. We drive our cars when we should walk or bike. A lot of our toys burn gas and create even more pollution. The most sensible solution remains conservation. But you can't force that on the apathetic masses. We either teach a philosophy of caring and giving to attain happiness to our children or use fear to cause people to change their lifestyle which hasn't worked so far. There is a myriad of other partial solutions to global warming we overlook such as revegetate barren land or just coat rooftops and absorbant areas with reflective materials, or better yet solar cells. But for today lets turn off the lights and walk for a change.

I hope blog n roll is the next big thing to happen over the internet in '07.  Of course, as the humble inventor of the phenomenon that failed to really take off in '07, I'm a little biased.  

HAPPY NEW YEAR EVERYONE!  Here are a couple of brand new, original New Years Day songs for your listening pleasure:

A Future to Behold (Celebrate '07 Mix)
Dr. BLT (c) 2006
http://www.drblt.net/music/future3.mp3


Another New Years Day
Dr. BLT (c) 2006
http://www.drblt.net/music/AnNewYear.mp3

I totally agree with Michael Palmer, Kingsport, TN.  The bottom line is THERMODYNAMICS.  Why spend $100 BILLION to patch the whole in our energy policy life boat (the middle east/oil) when we could have the energy to drain the whole swamp if we figured out fusion.  The real inconvienent truth is THERMODYNAMICS, would someone please tell Al Gore, maybe he can help explain basic physics to the politicians.  If the oil companies were smart they would get the goverment contracts to do the research and then export this technology to the rest of the world.  This would also help create the next generation of high tech jobs the US needs to offset the flight of lower level jobs to China.  This may be looking forward more than the next election cycle but this is a Win, Win, Win!!!


An ignored, but potentially significant report in 2006 was the correlation between the decline in cosmic rays due to the doubling of the sun's magnetic field during the 20th century and the decrease in cloud formation in the lower atmosphere which has resulted in an increase in global temperatures.

The Svensmark hypothesis suggests that as much as 1.2 watts per square meter of the estimated 1.4 watts per square meter increase in heating since the beginning of the industrial revolution (200 years ago) may be due to the decrease in cosmic rays.

This represents more than 85% of the total temperature increase.

However, reporting in this country has been limited, since the Svensmark hypothesis does not conform with the politics of the global warming hysterics.

JC of Fairbanks does a good overview of the comments in this blog. But I still advocate governments spend more on basic research, without demanding bottom-line returns immediately. The researchers who lay out their results may never get paid for their efforts - I remember "string theory' being studied years ago, and maybe those studies will bear fruit in 2007, maybe not, but unless those who investigate the theory can be supported fiancially the answers to their questions will be very slow in coming. After all, every blind alley is checked by the cops when they search for a missing person, and something is gained even if the alley is empty. One discovery leads to another and not always in a straight line, but very few discoveries turn out to be world-shaking immediately. Unfortunately, with global warming we need an immediate solution, or it will be too late.

The evidence for an anthro-CO2 -> global warming connection is quite strong; the Svensmark effect is almost nothing more than theoretical (yes I HAVE read about it....), without physical evidence. The geologic record clearly shows that CO2 and temp. are closely linked. Where’s the Svensmark effect in the geo-record? The point being that this is currently nothing but another of the red herrings I mentioned above; I’m glad to see that more and more people are starting to see through such obfuscation tactics.

DE: I’m all for as much fundamental research as possible! The point about immediate payoff is important though: “private enterprise” will never fund stuff which may end up as all ‘gee whiz!’ and no cold cash (they just swoop in if something profitable comes of it); government must pay for our things like Hubble and L.H.C..... String Theory was ‘all the rage’ a decade ago (like ‘Chaos Theory’ before it) with a lot of big talk about “Theories of Everything”, but it turned out to be a bigger can of worms than they anticipated. In short, it has yielded some great results, but also some total contradictions, and it has become pretty controversial in physics/math circles (there was an ok NOVA on PBS about this a while back...). The combatants can be quite bitter toward each other, so I bet their annual conferences are alot of fun. I think ST has the *potential* to do great things, but I agree that a negative result is still a valuable one, as any scientist would, and if ultimately S.T. collapses we still will have learned something.

No politician is capable of seeing past the next election.  To expect otherwise is to demand something that the organism is incapable of doing.  Would you ask a manta ray to fly in the air or a porpoise to sculpt?

Organic "fuels" are too valuable to use as one-time fuels.  They should be preserved as the chemical feedstocks they are.  Fusion is the way to go, obviously.  Minor matters of confinement time, thermal gradients, conversion (hydrogen - heat - electricity) efficiency, etc.  Don't forget the waste heat, efficiency losses that will contribute heat to the atmosphere.  Just think about the heat of friction caused by getting on the brakes of a stupidly usless vehicle at 65 mph!

Larry Niven had a good discussion of the effect of an immense population on the heat balance of a planet in "Ringworld".

Des Emery,  Immediate solutions to prevent global warming are hard to come by.  As Bruce Hagen notes above, personal conservation is one of the best ways.  Even as the "environmentalist" I thought I was, I was still wasting so many things out of habit or some ritual-like routine like washing and waxing my car every week which is hardly necessary.  Forget the environment, people are literally more interested in their own social status than getting more out of life itself and such wastefulness is what is damaging both.  People would rather look good driving a 35K sports car or SUV to work everyday their entire life than to retire five or more years early or take multi-year vacations before they’re 40 like I have.  That just isn’t too bright


As you can see, conservation doesn't always have to mean living without.  It just means wiser and more effective choices that typically pay off monetarily as well as environmentally.


Bruce, walking or riding a bike to work is great in areas that are safe but an even better idea would be to live right where we work.  If you think about it, there really isn't very much a service economy does that cannot be done on a very local level.  Better urban planning that places homes, businesses, and recreational facilities close together eliminates the entire middleman of transportation and that not only benefits our environment, it increases our free time by 10% (or four years worth of your career).  No hassle and so on!  Better urban planning means consolidation with five- and six-level shopping centers, not sprawling one-level wal-marts that simply pave over all the farmland they need for parking.  Consolidation also means less infrastructure to maintain or replace after a disasters.  


Other immediate solutions to help stop global warming can be things like effective traffic control systems that speed up traffic and a resurgence of less wasteful/functional products.
I just wanted to ask if anyone else read a story about using an arc-plasma ray for waste disposal. MSN ran a story about it a few months ago and I haven't heard anything else since. Apparently it creates less emissions than even Japan's stringent emission policies, and the by-product can be hardened into slag for paving roads. I don't know much about the topic but if it really works as well as it sounds we could have a much brighter future ahead.

Re: Lack of Appreciation for Poincare's Conjecture...

The criticisms are kind of funny...  "useless"... "waste of time/energy"...

I would remind all the critics that those of us who love math do not do math as some sort of debt to pay down to society- we do it for the same reason a painter paints.  We love it.

When it happens to have an application to real life (i.e. the non-euclidean geometry explored by revolutionaries like Lobachevsky)- be it general relativity in a non-euclidean universe or otherwise- it is just an unfortunate consequence.

Ooops.  I meant a fortuitous consequence.  For the applied mathematicians anyway.

There are how many planets? How many of these are orbited by debris and foreign objects that will be excavated and brought for scientists to proclaim an organism lives and dies shorter than any other organism on earth? See, we must explore these interesting findings because in the near future maybe controlling our breathing in an atmosphere entirely made up of gases that cannot support our arithimic systems. Would our expectations any less of proper science take our innovative minds, makes us easier to tell our neighbors that this global home is small, so is our planetary system.


Are any of us ready to say "to hell with it all", yes but no, our firm comforts is knowing that one day we will all live, travel pass the stars and make it a home.

Yes, the world has warmed a bit in recent years.  No, this is nothing new that hasn't happened umpteen times in the world's past, long before the evil humans appeared on the scene.
 

Yes, mankind's habit of spewing gases into the atmosphere doesn't help matters.  No, mankind's actions have not CAUSED global warming (just ask the cows).  


Yes, ice coverage at the poles is shrinking.  No, we're not going to face ice shortages and be forced to drink warm scotch.  The ice is pretty and it’s so sad to see it go, but think of all the newly-exposed rocks we get to look at (hey, I’m a geologist).  Besides, the ice will be back soon.


Yes, the world's oil dependency is an unhealthy habit that is based on a finite resource, crude and inefficient technology, it is mired in political turmoil and instability, and it has been the seedy undercurrent in too many political maneuverings.  No (unfortunately), the world’s oil dependency isn’t going to end until an alternative energy source becomes economically advantageous to implement.  No other way around that one...altruism can’t fuel the world’s economy.


And please tell me what is worse for the world....a few more years of unhealthy internal combustion or mass irrational hysteria that leads to economy-collapsing environmental regulations?  Does anyone REALLY think it would matter one bit to the history of the Earth if we reduced man-made carbon dioxide emissions by some minuscule percentage next year?  Does anyone think that redirecting trillions of dollars to “fight global warming” might have a negative impact on world economy?  


We certainly should direct more time, effort, and money to alternative fuel research and I hope that is one good thing that comes out of the new Democrat-controlled Congress.  But I also fear that there is going to be a lot of expensive hysteria coming out of Pelosi’s house...
Wow... seeing some of the uneducated pseudo-science comments, does not make me feel comfortable about the direction mankind is taking
today's news says NASA may DELETE in 2007 (both) Ares-I and Ares-V to develop only a single "Ares-IV" http://www.bautforum.com/showthread.php?t=51646
If we put as much money into alternative fuels research (as we have put into Iraq), paid attention to what Brazil is already doing, and all started raising sugar cane in our back yards, we could likely kiss the arabs good bye and watch them return to their camels and wandering tribes in the sandy plains.

But without regard to all this, the Hadron Collider is exciting.  With the new energy levels possible, we are likely to uncover yet another layer/aspect of the atomic mystery only to find that we will need an even bigger collider to get to the next level, and the next, and so on.
About the Large Hadron Collider, one fact that seems to be left out by a lot of people is that the focal point of physics for something like 30 years has been at Fermilab in Illinois, now with the LHC that focus moves to the Swiss border, along with its infrastructure. All because a past admininistration, much like people in this blog decided that building a supercollider was less important than social security, or a cure for cancel.. Another industry the US about to lose its lead in.. And that's what makes the LHC both exciting (for the discoveries it will uncover) and saddening for the US losing another key area of technology it had lead in. What next, perhaps space because some new administration will decide there's no benefit in going to the moon...


I said it once and I will say it again, there's always going to be an inpact when you move monies from tech to prop up poorly managed social programs. Sometimes that impact is 10, 20 30 years but there is always going to be a negative impact. And you're going to see it now.
wg cannon, very good points!  People get all upset when they see money going towards something they can't comprehend and they whip out the tired old whine, "that money could go towards the poor, homeless, illiterate, cancer, aids, etc."  You don’t think all those social programs are already well funded?  Throwing money at the problem does NOT solve the problem!  

If people think little things like creating reliable space travel and establishing a colony on the moon are a waste of money, then NASA will soon be changing its name to CHINASA.
I must be missing something. Why do people keep talking about "Hydrogen Power"? There's no such thing. Hydrogen fuel cells are a battery technology, not a source of energy. It's a way to power cars from coal generated electricity. It's a technology to solve a political issue, not an environmental issue. In fact, unless the electricity used to produce the hydrogen is generated by nuclear power, it would actually make the greenhouse gas problem worse by increasing the environmental impact of automobiles. If we are going to solve the environmental problem, we must start thinking clearly about the issues and not get confused this easily.

Guy S.  When looking at hydrogen from the top down--as a society overall--I agree that it wouldn't be the best idea.  Coal power plants would be needed to produce most of the gas and that indeed does cause pollution (perhaps not as much considering the new GE coal plants).  

However, what I like about hydrogen is that it is one of only a few fuels that can be produced right at the local--indeed--the household level.  If ordinary citizens start adding enough solar or wind generators to their homes (where applicable) the hydrogen can be cleanly produced.  As citizens, producing our own fuel would insulate us from energy spikes and from major region-wide disasters.

If possible, we should just try to skip the middleman (of needing any kind of fuel whatsoever) and just use electric cars when battery technology permits.  At that point, hydrogen would only be needed for aircraft which aren't able to use batteries.

Solution to global warming...and a host of other issues.....98% human population reduction.

Release the airborn ebola plague and be done with it. The sooner the better.

I'll believe the discussions on Global Warming are serious when they include Nuclear Options (And please, don't even mention the problems with our 60 year old designs in current production, move up to at least EBR-II style). I cannot figure out this fascination with Ethonal or other bio-fules - we cannot affort to use 90% of our cropland to produce enough fuel to make a significant impact.
[...] In answer to questions about Hydrogen as a fuel, please see:
http://www.aps.org/publications/
apsnews/200405/upload/may04.pdf



and the preceding issue of APS News.
People who think linearly only seem to always come up with an either/or solution to mankind's problems with each other and with the natural forces of the world. People still build homes on flood plains or on shifting mountains; they still travel to places where they shouldn't and drink the water anyway. We're always placing ourselves in harm's way and never seem to realize that nature is the most powerful force in the universe. Global warming is real and immediate -- does it matter if we caused it or if it a 'natural' progression? No, but we have to do something about it now. It is more than losing ice cubes for our Jack Daniels and more than just peeing and not flushing the toilet (sorry, Chris Eldridge, you're one of the good guys). Too many of us are ignoring the signals nature is sending our way, and we all will have to pay the price.
Des Emery says, "Global warming is real and immediate -- does it matter if we caused it or if it a 'natural' progression? No, but we have to do something about it now." Why?


Because WE think WE should be comfortable. If global warming is a problem, the planet will fix it. If the current global warming is part of another natural cycle, the cycle will move on, as others have in the past. If we are responsible, the planet will kill us (or enough of us) to correct the problem.


Humans destroy or maintain the evironment for one purpose: our own perceived self interest. The Bush administration's self interest is "eat, drink, and make merry, for tomorrow we die." The tree huggers' self interest is the idea that their children and grandchildren should live in a world similar to the one they (we) live in. The planet's self interest is one of disinterest: Mars may or may not have had life on it at some time or another; Mars is still there, whether life is or not. With or without us, the Earth will still be here.


The only reasons for being concerned about the environment is: do we want to be here and, if so, what kind of quality of life do we want? Humans as a species adapt to change quite well. Humans are also inherently lazy (all "progress" is in some way related to making things easier for ourselves) and the need to adapt is annoying to us. However, when it comes to the environment, we are in a lose/lose situation: we either have to work to maintain the current environment or we have to work to adapt to a changing environment ... bummer.
The Large Hadron Collider will provide us with more answers to our questions soon, and also provoke more questions.  Unfortunately, global warming will change our world sooner rather than later and could make Hadron totally irrelevant as we battle each other over a cup of cold water and build walls to keep each other out.  


Whether or not global warming is natural progression or man-made we must do something to be prepared for its inevitability.  Too many people in high places seen prepared to make plans for its ultimate arrival in the far future when it is just now at our door and waiting for us to answer its demands.  
Q:  Is a stable, closed photon orbit mathematically possible?

Q:  Is there a formal connection between Godel's Incompleteness Theorem and the Uncertainty Principle?

Q:  Must a 'Perfect' Turing machine generate errors?  How often?

Q:  Is there a maximum speed at which even the most massively parallel computer regimes can operate?

Q:  Does the Einstien-Rosen Podolowsky effect truly demostrate a FTL effect?

Q:  If a snowflake or a cotton boll carries a given density, why is the total weight proportional to the square of the radius, rather than the cube?

Q:  Does the Babbage "Differential Machine" qualify as a Turing Machine?  Was Lady Lovelace truly a 'programmer?'

Q:  What is the origin of 'religion?'  Why are even the most remote roots not seen in primate societies?

Q:  Is "life" inelectable in all but the most severe climates (those which preclude complex 'organic' molecules)?  Is not this a refutation of the Second Law?

Q:  Why are Shakespeare and even Homer still enormously influential?  Plato, Socrates, Aristotle, Aquinas, ...?


And, of course, there are many more.


SEND A COMMENT

PLEASE READ: All comments must be approved before appearing in the thread; time and space constraints prevent all comments from appearing. We will only approve comments that are directly related to the blog, use appropriate language and are not attacking the comments of others.

Message (please, no HTML tags. Web addresses will be hyperlinked):

TRACKBACKS

Trackbacks are links to weblogs that reference this post. Like comments, trackbacks do not appear until approved by us. The trackback URL for this post is: http://cosmiclog.msnbc.msn.com/trackback.aspx?PostID=23830

Latest Tech & Science News

Syndicate This Site

Add Cosmic Log to your news reader:
live.com xml
myyahoo msn
bloglines newsgator
google