On February 11, stakeholders from the scientific community, including many photonics organization heads, wrote a letter to Congress describing the harm caused by the recent government shutdown. While a second shutdown is not looking likely, the letter describes how politics dramatically influence the scientific community:
OPEN LETTER TO THE CONGRESS AND PRESIDENT OF THE UNITED STATES
Nobel Laureates and Science Community Leaders Comment on Harm to American Science from the Shutdown
February 11, 2019
Dear Mr. President and Members of Congress:
As American scientists--researchers, teachers, heads of major national scientific societies and institutes, and Nobel Laureates--we are writing to call attention to the harm done to the US scientific enterprise by the recently ended partial shutdown of the federal government. The disruptions caused by the shutdown have consequences that will extend well beyond the shutdown, with the potential to affect many aspects of our society, including our economy, security, health, and international competitiveness.
For decades, the US has led the world in basic scientific research. Our strength in fundamental research gave birth to the military technology that helped to end World War II and continues to safeguard us and our allies. Our past global scientific dominance fueled the technological innovations that have made our economy the strongest in the world. A critical component of that leadership was, and continues to be, sustained federal investment in basic research.
Today, in a trend starting long before the recent disruption, our scientific leadership is threatened by other countries whose investment in research is growing more rapidly than our own. The government shutdown closed some of the agencies most crucial to the maintenance of our leadership and of the health of American science. The National Science Foundation (NSF) funds much of the basic research in our universities. The National Oceanic and Atmospheric Administration (NOAA), the National Aeronautics and Space Administration (NASA), the National Institute of Standards and Technology (NIST), and others produce fundamental research leading to innovations that improve our daily lives, our security, and our economy.
Even the temporary loss of those activities has a profoundly disruptive effect on experimental work and the functions of research teams at a time when American scientific leadership is challenged by China and other international competitors.
Make no mistake: although the shutdown's effect on science will not be as immediately evident as were the long airport security lines, flight delays, and missing paychecks for federal employees, the effects will be longer lasting and more widespread. Major science agencies like the National Institutes of Health (NIH), the Centers for Disease Control and Prevention (CDC), and the Department of Energy (DOE), which already had their funding approved and did not shut down, nevertheless felt the effects because important connections and collaborations with scientists supported by the shuttered agencies were put on hold. And scientists at non- government institutions, such as universities and research institutes, were impeded by the absence of staff at federal agencies that support their work.
Science is essential to our technological society. The development of advanced materials and devices, new medical treatments, worldwide communication technologies, new energy sources, GPS navigation with our smartphones--essentially all the technologies used by modern societies--were enabled by federal support for fundamental science. Future advances will depend on additional programs, such as the newly enacted National Quantum Initiative, designed to change the landscape of military and commercial capabilities. But during the shutdown much of the new quantum research could not even begin, while China and Europe continued to develop the new quantum technology at full speed. Similarly, while NASA had to suspend some of its efforts to explore space, other countries continued their programs to plant probes in previously unexplored parts of our universe. Of even greater long-term consequence, the interruption of the careers of young researchers has likely caused some to question their future involvement in our national scientific adventure.
We write to you now, at a time when another possible government shutdown looms, to draw your attention to the detrimental consequences of even short-term suspensions of federal funding on the nation’s scientific enterprise. We are encouraged by discussions of proposals that would protect science, among other critical activities, from the significant disruptions that occur during shutdowns of appreciable length, and we urge the avoidance of such lapses. Shutting down parts or all of the federally funded scientific enterprise, which enjoys support across the entire political spectrum, serves only our foreign competitors. Continued strong support for science benefits us all.
Yours respectfully,
Nobel Laureates
Frances H. Arnold; Nobel Laureate, Chemistry 2018
David Baltimore; Nobel Laureate, Physiology or Medicine, 1975
J. Michael Bishop; Nobel Laureate, Physiology or Medicine, 1989
Michael S. Brown; Nobel Laureate, Medicine or Physiology, 1985
Steven Chu; Nobel Laureate, Physics, 1997
President-elect, American Association for the Advancement of Science, Robert Curl; Nobel Laureate, Chemistry, 1996
Joseph Goldstein; Nobel Laureate, Physiology or Medicine, 1985
Carol Greider; Nobel Laureate, Physiology or Medicine, 2009
David Gross; Nobel Laureate, Physics, 2004 President, American Physical Society
Robert H. Grubbs; Nobel Laureate, Chemistry, 2005
Robert Horvitz; Nobel Laureate, Physiology or Medicine, 2002
Brian Kobilka; Nobel Laureate, Chemistry, 2012
Roger D. Kornberg; Nobel Laureate, Chemistry, 2006
W. E. Moerner; Nobel Laureate, Chemistry, 2014
William D. Phillips; Nobel Laureate, Physics, 1997
Randy Schekman; Nobel Laureate, Physiology or Medicine, 2013
Richard R. Schrock; Nobel Laureate, Chemistry, 2005
Harold E. Varmus; Nobel Laureate, Physiology or Medicine, 1989
David J.Wineland; Nobel Laureate, Physics, 2012
Science Community Leaders
Bruce M. Alberts; Former President, National Academy of Sciences
Juliane Baron; Executive Director, Federation of Associations in Behavioral and Brain Sciences
Sarah Brookhart; Executive Director, Association for Psychological Science
Mary Sue Coleman; President, Association of American Universities
Thomas M. Connelly Jr.; CEO, American Chemical Society
Rush D. Holt; CEO, American Association for the Advancement of Science
Laura F. Huenneke; President, Ecological Society of America
Nancy Kidd; Executive Director, American Sociological Association
Kate Kirby; CEO, American Physical Society
Edward T. Morgan; President, American Society for Pharmacology and Experimental Therapeutics
Erin O’Shea; President, Howard Hughes Medical Institute
Kent Rochford; CEO, SPIE, the international society for optics and photonics
Catherine Roberts; Executive Director, American Mathematical Society
Elizabeth Rogan; CEO, The Optical Society (OSA)
Erika C. Shugart; CEO, American Society for Cell Biology
Keith L. Seitter; Executive Director, American Meteorological Society
Shirley M. Tilghman; President Emerita, Princeton University
Jamie L. Vernon; Executive Director and CEO, Sigma Xi, The Scientific Research Honor Society
Mary Woolley; President and CEO, Research!America
Milan P. Yager Executive Director, American Institute for Medical and Biological Engineering
SOURCE: The Optical Society (OSA); https://www.osa.org/en-us/home/
