Why science matters in the campaign

September 7, 2008

Dr. Art Hunt at The RNA Underworld explains why Obama’s plan to double NIH research funding is a good idea.

Big bang for the buck:  Hunt’s analysis suggests doubling the research budgets might drive as much as a trillion dollar increase in our economy. Sure it’s optimistic — but read what he says.  And then consider:  Which platform offers the greatest hope of cures or treatments for cancers?  Which platform offers the best hope for a cure or treatments for Alzheimer’s disease?

The two industries I mention here – pharma and biotech – are intimately interwoven with the basic biomedical research enterprise, and a significant amount of the innovation that drives these industries originates (or originated) in the NIH-funded biomedical research laboratory. In this respect, the NIH budget is an investment, and a wildly-successful one. Even if we don’t take the face-value numbers I have pulled from Wiki here (that show an annual return of some 1000%, and more than 750,000 high-paying jobs the tax receipts from which would probably pay much of the NIH tab by themselves), and instead factor in that some of these receipts and jobs are not American, it is still easy to see that basic biomedical research returns considerably more than the investment made by the government. (And this doesn’t begin to weigh the intangibles, the ways that the research enterprise gives back to society as a whole.)

Science bloggers have been not so noisy as this issue might need:  The closest John McCain came to supporting science, the driver of our economy, was when he offered to assault education, and that’s the opposite of supporting science. Obama’s mentions are encouraging, but not frequent enough nor strident enough.

Think of just three of the issues that are affected by basic science research, that will be yelled about during the campaign:

The silence on science should make us very, very concerned.

Have you read Obama’s response to the 14 big questions on science policy?  McCain has not answered.

Other reading:


“Big LASERS are cool”

September 3, 2008

Scientists at the University of Texas at Austin showed off their petawatt LASER last week (alas, couldn’t make the open house myself).

LASER project manager Todd Ditmire summed it up:  “Big LASERs are cool.”

The $15 million laser creates a beam that is brighter than the surface of the sun. The pulses of light can reach 1 quadrillion watts (a petawatt) but last just one-tenth of a trillionth of a second.

Scientists such as Todd Ditmire, a UT physics researcher, will use the laser to heat substances to incredibly high temperatures for incredibly short periods of time, approximating the conditions at the center of a star. It’s also expected to help the U.S. Department of Energy in its ambitious research effort to create a laser-based controlled fusion energy source, which might one day be the ultimate clean energy source for the country.

With such pride showing, it might be a good time to note that this project is the result of pure science research funding with federal assistance.  If we could have a science debate among presidential candidates, the Texas Petawatt LASER should be front and center evidence for the value and fun of expanding federal support for science.  Texas’s U.S. Sen. Kay Bailey Hutchison participated in the dedication ceremony.  Maybe she noticed.

Congratulations, UT.  Don’t point that thing this way!

Read about it here: