Eric Berger's SciGuy blog tells us that this is...
A dark time for "big" physics in America
U.S. physicists have had a couple of weeks to digest the finalized version of the 2008 federal budget, and they're not finding it any more to their liking than before. Among the last-minute cuts:
- Cuts $88 million from high-energy physics program, primarily particle accelerators.
- Entirely nixes the 2008 U.S. contribution, $149 million, to ITER, the international fusion project.
- Cuts cuts funding for development on the proposed International Linear Collider from $60 million to $15 million.
Over at the blog For Entrepreneurs, we read about more big cuts in science research funding:
In Illinois, we have two great National Labs: Argonne and Fermilab.
Both of these Illinois National Labs have had their budgets slashed to the point where there are massive layoffs underway and many important scientific research projects have been cancelled or put on hold.
These are not "cut the fat" changes. Rather, these are "cut out the essential organs" cuts. They put a big part of our national scientific research efforts on life support and jeopardize our national competitiveness.
Indeed, the Fermilab Today site reports that:
The diminished funds will have a powerful impact at Fermilab, requiring workforce adjustments and forcing the cancellation of R&D for experiments and technology key to the future of particle physics.
And there is more bad news from the pages of American Medical News:
For the fifth consecutive year, the National Institutes of Health budget will fail to keep pace with growth in the cost of conducting biomedical research. . .
There aren't many positives for scientific research in the 2008 budget, said David Moore, senior associate vice president for government relations for the Association of American Medical Colleges.
"What we're going to see is less research, a slowing down of certain research programs," he said. "It's a slowing of medical progress."
Why is all this important? Does it really matter to the rest of the world if science funding in the United States is flat or declining? I think it does matter, partly because the U.S. economy and federal budgets are by far the largest in the world -- meaning they have the ability to support more basic science research than anyone else -- but also because so much important policy toward science and technology emanates from the United States.
If the U.S. government is unwilling to provide adequate funding for basic science, that sends a message to business, government, and research institutions worldwide: that science is less important than other priorities (such as making war and making profits), and that the benefits of basic research are not worth supporting, even if it means that future generations -- not to mention our own generation -- will suffer as a result.
It is disgraceful.
[Cross-posted from Responsible Nanotechnology]
Comments
Basic Science and the Paradigm Shift
July 31, 2008 by Anonymous, 1 year 14 weeks ago
Comment id: 31318
There occasionally occurs a paradigm shift in the way that particular problems are recognized and solved. It often takes years and even decades before these new ideas are incorporated into the prevailing scientific thought. One reason for this may be because of the inability to effectively communicate those ideas to the rest of the world. When such paradigm shifts take hold and begin to grow, there's a critical point where the idea is tested by suitable independent experimental scientists. These are often the unsung heroes of newer scientific ideas and technologies breaking through to recognition and eventual acceptance. So far the links between physics and biology seem rather esoteric and remote, yet we all accept that we are physical beings subjected to the same physical laws that govern the universe around us. So why haven’t we made greater progress toward a more direct connection to our underlying physical relationship with the universe? Perhaps we have a resistance to such knowledge. We may not really want to know these things unless we can be more mentally and spiritually prepared to accept them. Not everyone may be able to accept the direct scientific evidence for these connections and not every mind is prepared to understand how these connections occur, but for those who wish to explore these connections consider the following link that may change the way that you view how physics meets biology - http://ombamltine.blogspot.com/2008/05/welcome.html
Accidental duplicate, please remove
January 15, 2008 by Fred Bortz, 1 year 42 weeks ago
Comment id: 26988
Basic Science Cuts -- OUCH!
January 15, 2008 by Fred Bortz, 1 year 42 weeks ago
Comment id: 26987
Mike,
Thank you for raising this issue here. There is an economic and educational issue as well as a research one. Big science projects will go on elsewhere, and the U.S. will no longer be a magnet for talent from other countries. Instead, we will have a "brain drain" from this country to Europe, Japan, Israel, Singapore, India, and even China, where high-tech research is finding support.
Also, major U.S. laboratories, and Fermilab in particular, have a history of supporting innovations in science education. When researching my middle-grade six-book Library of Subatomic Particles and my history of twentieth-century physics for junior high through adult readers, Fermilab's Lederman educational center was an excellent resource.
Stories like this make it all the more important to raise the issue of science and technology policy and funding in the upcoming presidential campaign through efforts like Science Debate 2008.
Fred Bortz -- Science and technology books for young readers (www.fredbortz.com) and Science book reviews (www.scienceshelf.com)