The Vaunted “Garage” Creation Myth: Why it Damages the Federal Science Enterprise

In a musty garage at 367 Addison Ave., Palo Alto, Calif., in 1938, two chaps — William Hewlett and David Packard — built an audio oscillator, the HP200A.  Later, they sold eight of them to Walt Disney Studios to certify the sound systems in theaters that would feature the first major film released in stereophonic sound, “Fantasia.”  The results: The birth of Silicon Valley and the creation of an enduring myth about innovation. Read More »

Federal Travel Regulations Stifle Communication Among Scientists, Hurt Innovation

Michael Lubell, director of public affairs, recently published a column in Roll Call stating how new federal travel regulations will stifle communication among scientists, and therefore, hurt innovation.

Read the column.

Congressman Randy Hultgren: Science Champion

Congressman Randy Hultgren (R-Il), fresh from his re-election win, sat down with Jeff Mervis at ScienceInsider  to talk science.  And boy is he on the science bandwagon!

Hultgren hits all the right notes and emphasizes many issues of concern to the science community.  He repeatedly underscores his commitment to the physical sciences and science funding agencies. He also states his support of the federal government’s role in funding basic scientific research and addresses the critical roles the federal government and national laboratories play in ensuring that American continues to be an “innovation nation.”

He also suggests the need to alter the way Congress funds science so that scientists do not have to rely on an annual appropriation cycle:

“…it’s a major hindrance for us trying to compete against other nations that have 5- and 10-year budgets.  And whenever we want to join an international collaboration and we tell them we have annual budgets, they laugh at us.” Read More »

In Victory Speech, President Obama praises U.S. legacy as global leader in innovation

In President Obama’s victory speech, he touted the U.S. “legacy as the global leader in technology and discovery and innovation.”
Read the speech.

Students: Budget Cuts Looming, Guard Your Future by Signing APS Sequestration Petition

Under sequestration, U.S. science funding will automatically drop 8% on January 2, 2013 unless lawmakers prevent across-the-board federal budget cuts. Students can join thousands of grads and undergrads who are petitioning Congress to budget for investment by signing the APS Sequestration Petition.

Read AAAS Analysis.

Federal travel restrictions will hurt scientists’ ability to collaborate, harm innovation, stunt economic growth

The New York Times recently wrote a story about the new federal regulations that will hurt scientists’ ability to collaborate on research, and therefore stifle innovation and economic growth.

In a recent Hill newspaper op-ed by APS President Robert Byer and ACS President Bassam Z. Shakhashiri, the authors wrote, “If scientists can’t collaborate, their research, which drives economic growth, would be severely constrained. And if they can’t communicate, project costs would rise, and taxpayers’ dollars would be wasted.”

What’s Missing from the Presidential Debates? Science

As the general election draws near, Americans find themselves knee deep in the relentless onslaught of campaign ads.  What will the candidates do about improving the economy, creating jobs or going after Iran and other rogue nations? Read More »

Congress agrees to Continuing Resolution

Congress has finally agreed on something —  sort of.

With the threat of a government shutdown just before the November elections and compromise being anathema, congressional members decided to pass a Continuing Resolution (CR) to deal with government spending.  The CR will fund the government until March 27, 2013, at $1.047T, the level agreed to in the Budget Control Act.

The question, of course, is what does this mean for science?

The CR provides an across-the-board 0.6% increase over fiscal year 2012 spending levels.  For example, the National Science Foundation’s budget of $5.72B for Research & Related Activities (R&RA) will receive a $55M bump, well below the expected inflation rate of 1.7%.

A few accounts in the spending bill will see additional increases.  The CR provides for increases in spending to atomic weapons research and development (R&D), domestic uranium enrichment  and the Joint Polar Satellite System project, good news for defense workers.

Overall, federal R&D spending will increase to $141.7B under the CR. But any sort of increase must be tempered by the threat of  sequestration.   Without further congressional action, mandated, across-the-board budget cuts will occur on Jan 2, 2013.  The recently released Office of Management and the Budget (OMB) analysis details nondefense discretionary program and defense discretionary program cuts of 8.2% and 9.4%, respectively.

For our example, the NSF R&RA budget, which receives a $55M increase in the CR, will suffer a cut of $469M (with considered exemptions) from FY2012 levels.  Estimates from OMB predict that between 600-1,600 fewer research grants would be funded.

A further issue agencies face is the inability to plan in the face of uncertainty.  Will the sequester happen or will Congress compromise to find a responsible path forward?  What will happen to spending on March 28 after the CR expires? Will Congress issue another CR or pass new appropriations bills with different spending levels?  This uncertainty means federal agencies will have difficulty making spending decisions in the near term.

The biggest impact of the CR is that it gives lawmakers a little more time to reach a spending compromise after the elections.

First Golden Goose Awards Honor Unusual Scientific Research Leading to Great Societal Impact

The Golden Goose Awards — which honor scientists whose research may seem odd, but has had a positive impact on society — recently lauded their first recipients during a ceremony on Capitol Hill.

They are:
• Charles Townes, a physicist whose work in the 1950s led to the invention of laser technology, earning him a Nobel Prize in 1954;
• Eugene White, Rodney White, Della Roy and the late Jon Weber, whose study of tropical coral in the 1960s led to the development of bone graft material used in surgery; and
• Martin Chalfie, Roger Tsien, and Osamu Shimomura, whose research, following Shimomura’s work on jellyfish that glow in the dark, led to advances in the pharmaceutical and biotechnology industries.

The purpose of the Golden Goose Award is to demonstrate the human and economic benefits of federally funded research by highlighting examples of unusual studies that have led to major breakthroughs and have had a significant impact on society. U.S. Rep. Jim Cooper (D-TN) is the brainchild of the award.
“We should honor not mock scientists. Like the fabled golden goose, today’s awardees gave unexpected gifts to mankind. Budget cutbacks must be made, but science should be spared,” Cooper said in a press release.

Various university, scientific, high-tech and non-profit organizations are sponsors of the award.

Several media organizations also highlighted the awards, including the Washington Post, New York Times and Los Angeles Times.

Federal Commitment Needed for Big Science

By Michael S. Lubell

Special to Roll Call

Sept. 10, 2012 

At 3 a.m. EDT on the Fourth of July, among a cadre of high-energy particle physicists around the country, euphoria made sleep impossible. Champagne flowed freely, as physicists celebrated the news that the decades-long quest for the Higgs boson was over.

 

Two research teams working at the Large Hadron Collider had nailed down the elusive particle, which theoretical physicists, including Peter Higgs, a Scotsman, had postulated years ago was the creator of mass. For science, the victory could not have been sweeter. But for American science, the victory was bittersweet. The Large Hadron Collider, you see, is not on American soil. It straddles the Swiss-French border outside Geneva.

 

And ITER, the world’s largest science project ever, which focuses on fusion energy, is not on American soil either. It is under construction in Cadarache, about 35 miles northeast of Marseille, France. Finally, except for an eleventh-hour intervention by Sen. Barbara Mikulski (D-Md.) last year, Congress would have scuttled America’s astronomical centerpiece, the James Webb Space Telescope, leaving the European Space Agency to pick up NASA’s detritus.

 

It seems everywhere you look these days our nation is shying away from anything big in science. And that does not bode well for the future. After all, the World Wide Web sprang from high-energy physics, the epitome of big science. And many medical diagnostic and cancer treatment tools – CT scans, PET scans and proton therapy, among them – trace their origins largely to big science.

 

The will to do big things is weak in both political parties but especially so among the more recently minted members of the House majority. The major shift in support of science spending among Republicans, who used to epitomize the commitment of patient capital for long-term research, was the subject of my last column. And it led to howls from a few GOP Congressional offices known for ardent support of science. They were right to object to being painted with one stroke of a broad brush. But voting records on authorizations or appropriations are not easy to explain away.

 

Republican champions of federal spending on science, such as Frank Wolf (Va.), Rodney Frelinghuysen (N.J.), Judy Biggert (Ill.), Michael McCaul (Texas), John Culberson (Texas) and Randy Hultgren (Ill.), recognize that they are being outflanked and outgunned by the majority of their conference. And they are concerned. In the last month, I’ve explored the problem with several Congressional offices and concluded that misconceptions and myths abound. For the cadre of recent arrivals – with a dedication to setting spending priorities that their more experienced colleagues sometimes lack – the full story of American science remains either unread or unheard.

 

A few key points can start the process.

 

If you are a believer in American exceptionalism, you must become a science adherent: Science has been the prime driver of the American economy for more than half a century. Science won World War II, and science has protected our men and women in uniform who have served in combat ever since.

 

If you are a believer in market principles and entrepreneurship, you must become an admirer of America’s scientific enterprise: Research, as we perform it in the United States, is a cutthroat business. It represents a marketplace of the best ideas, and with few exceptions, only the soundest concepts can survive the scrutiny of peer review for very long.

 

If you are a smart investor who wants to cut the federal deficit, you should place a large bet on science: Economists such as Michael Boskin, Robert Solow, Paul Romer and the late Edwin Mansfield, who studied the return on federal research spending, all concluded that the financial return is positive and large, from 25 percent to more than 60 percent. Getting our fiscal house in order is imperative, but reducing research funding to do so is a poor strategy.

 

If you are a person of faith, you need to know that many scientists are as well: Isaac Newton, the progenitor of classical physics, was a noted theologian. And among American Nobel laureates, William D. Phillips, who received his physics prize in 1997, is unabashed about his religious commitment. So, too, is Francis Collins, the director of the National Institutes of Health and recipient of the 2008 National Medal of Science, who is a guitar-playing evangelical Christian.

 

Finally, if you are a human rights advocate, you ought to recognize that American physicists have long been involved in promoting freedom in totalitarian countries: The American Physical Society’s Committee on International Freedom of Scientists, established in 1976, for example, is widely known for its human rights activism in the former Soviet Union, China and Iran.

 

In an era that disdains patience in capital markets, the task of supporting long-term scientific research falls to the federal government. Science, by its nature, is a nonpartisan endeavor. And it should enjoy bipartisan support. Congress owes the American public no less

.

Michael S. Lubell is a professor of physics at the City College of the City University of New York and director of public affairs of the American Physical Society.

 

 

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