Tikalon Header Blog Logo

Richard Garwin

January 10, 2014

There's an old joke told among computer scientists that there are 10 types of people in the world - Those who understand the binary number system, and those who don't. In another binary way to classify people, as "hawks," or as "doves," scientists will necessarily fall into one camp or the other. Linus Pauling, who was awarded a Nobel Peace Prize to accompany his Nobel Prize in Chemistry, would fall into the "dove" camp, while Edward Teller would be a "hawk,"

However, the quality of hawkness/doveness is more like a continuum between these states, so we can represent people as points in a dove-hawk continuum. In that continuum, I would be placed somewhere to the dove side of the center.

Edward Teller was reviled by many physicists because of his hawkish ways; but, Teller was apparently instrumental in the conception of Ronald Reagan's "Star Wars" initiative, which had the desirable effect (at least for the United States) of destabilizing the Soviet Union. Teller was not alone in advising the US government on defense strategy. The many past and present scientists of the JASON advisory group have been doing the same thing since 1960.

I was reminded of the history of the military-academic complex by an advertisement on page 57 of the November, 2013, issue of Physics Today. The ad was an announcement of a "crowdfunding" effort to support creation of a biography of physicist, Richard Garwin. The ad describes Garwin as a
"...major contributor to many scientific and engineering disciplines, designer of the first thermonuclear device, national security advisor to the US government for over half a century, and arms control advocate for much of that time."
As can be seen from this one sentence summary, Garwin has worked within a broad range of the hawk-dove continuum.

Richard Garwin in 1980

Richard Garwin in 1980.

Enrico Fermi was Garwin's Ph.D. advisor at the University of Chicago.

Marvin L. Goldberger, another of Enrico Fermi's students and later a director of the Institute for Advanced Study, said that Fermi thought that Garwin "was the only true genius he had ever met."[1]

(Photo by A.T. Service, via Wikimedia Commons.)


Born in Cleveland, Ohio, in 1928, Garwin received his B.S. in Physics in 1947 from nearby Case Institute of Technology (now, Case Western Reserve University); then, his M.S. (1948) and Physics Ph.D. (1949) under the direction of Enrico Fermi at the University of Chicago.[2,3]

From 1949-1952, Garwin was first an instructor, then an assistant professor of physics at the University of Chicago, joining IBM in 1952 for research in magnetic resonance. Garwin was director of the IBM Thomas J. Watson Research Laboratory from 1966-1967, becoming an IBM Fellow in 1967. Garwin retired from IBM in June, 1993, with the title, Fellow Emeritus.[3,5]

In 1952, while at the University of Chicago, Garwin spent his summers at Los Alamos National Laboratory, where he designed the first hydrogen bomb.[4] This 82 ton device, more an experiment than a deployable thermonuclear device, was code-named Ivy Mike. It was a realization of the Edward Teller and Stanislaw Ulam concept for such a device. The device detonated successfully, with an explosive yield of a little more than ten megatons.

This was just a brief chapter in Garwin's career. While at IBM, Garwin worked in such topic areas as computers (naturally), parity non-conservation, superconductivity, and gravitational wave detectors.[2,5] IBM writes that he worked, also, on touchscreen displays and laser printers in the 1970s.[5]

Garwin is listed as an inventor on 47 patents, and he's published more than 500 papers.[2] In early government work, he contributed to satellite reconnaissance, which in the 1960s and early 1970s meant recovery of photographic film from orbit.[2,5] Garwin advised research into increasing the sensitivity of solid state imagers for satellite reconnaissance, to eliminate film.[4] Garwin was named one of the ten Founders of National Reconnaissance on the occasion of the fortieth anniversary of the National Reconnaissance Office.[2]

US Air Force U-2 reconnaissance aircraft.

Cold War reconnaissance.

U.S. Air Force U-2. Such aircraft did photographic reconnaissance at
70,000 ft. (21 km) altitude before satellites.

(U.S. Air Force photograph by Master Sgt. Rose Reynolds, via Wikimedia Commons.)


Among his many honors, Garwin was elected to the National Academy of Sciences (1966) and the National Academy of Engineering (1978). He was named an IEEE Fellow and a Fellow of the American Physical Society.[2] He's the recipient of the Enrico Fermi Award of the United States Department of Energy (1996) and the National Medal of Science (2002). Although based at IBM, Garwin had a major role in helping to set government policy on technology, defense and disarmament. He's been a member of JASON since 1967.[3]

IBM allowed Garwin to spend about a third of his time as a government advisor, and one of his principal roles in that regard came in the 1957 with an invitation to join the President's Science Advisory Committee (PSAC). He served on the committee for eight years, looking especially at military aircraft and ballistic missile threats.[4] One claimed reason for Richard Nixon's disbanding of the PSAC was Garwin's congressional testimony against supersonic transport.[4]

Interestingly, Garwin has never witnessed a nuclear weapons test, not even Ivy Mike.[4] He was instrumental in getting US President John Kennedy in 1962 to require the installation of Permissive Action Links, devices designed to prevent unauthorized arming of nuclear weapons. Permissive Action Links have been in the news, recently, as it's been revealed that their early implementation wasn't all that secure.[6]

Garwin has long advocated nuclear arms reduction, specifically a reduction in US nuclear warheads from 5,000 to a few hundred.[4] He has served on Pugwash, an international organization that works to reduce armed conflict and other security threats, and he is on the Board of Sponsors of The Bulletin of the Atomic Scientists, famous for its Doomsday Clock.[2]

Still active in his 80's, Garwin advised U.S. Secretary of Energy, Steve Chu, on the Deepwater Horizon oil spill in 2010 and the Fukushima Dai-ichi reactor incident a year later.[2,4]

Figure two of US Patent No. 3,339,165, 'Magnetic Switching Device,' by Richard Garwin, August 29, 1967.

Figure two of US Patent No. 3,339,165, "Magnetic Switching Device," by Richard Garwin, August 29, 1967.

(Via Google Patents.)


References:

  1. William J. Broad, "Scientist at Work: Richard L. Garwin; Physicist And Rebel Is Bruised, Not Beaten," The New York Times, November 16, 1999.
  2. The Garwin Archive, Federation of American Scientists Web Site.
  3. Richard Garwin, Array of Contemporary Physicists, American Institute of Physics.
  4. Ann Finkbeiner, "News Focus-Indispensable Outsider," Science, vol. 341, no. 6144 (July 26, 2013), pp. 334-337.
  5. Richard L. Garwin receives the National Medal of Science, IBM Press Release, October 27, 2003.
  6. Dial 00000000 for Armageddon - US's top secret launch nuclear launch code was frighteningly simple, Daily Mail (UK), November 29, 2013.

Permanent Link to this article

Linked Keywords: Joke; computer scientist; binary number system; hawk; dove; scientist; Linus Pauling; Nobel Peace Prize; Nobel Prize in Chemistry; Edward Teller; continuum; physicist; Strategic Defense Initiative; Ronald Reagan; Star Wars; United States; Soviet Union; defense; strategy; JASON advisory group; advertisement; Physics Today; crowdfunding; biography; Richard Garwin; Enrico Fermi; Doctor of Philosophy; Ph.D.; University of Chicago; Marvin L. Goldberger; Institute for Advanced Study; Wikimedia Commons; Cleveland, Ohio; Bachelor of Science; B.S.; Physics; Case Western Reserve University; Master of Science; M.S.; assistant professor; IBM; magnetic resonance; Thomas J. Watson Research Center; IBM Thomas J. Watson Research Laboratory; Fellow; Fellow Emeritus; Los Alamos National Laboratory; thermonuclear weapon; hydrogen bomb; ton; experiment; thermonuclear device; code name; Ivy Mike; Stanislaw Ulam; nuclear weapon yield; explosive yield; TNT equivalent; megaton; computer; parity conservation; superconductivity; gravitational wave detector; touchscreen display; laser printer; 1970s; invention; inventor; patent; scientific literature; publish; reconnaissance satellite; satellite reconnaissance; 1960s; photographic film; geocentric orbit; sensitivity; charge-coupled device; solid state imager; anniversary; National Reconnaissance Office; Cold War; United States Air Force; Lockheed U-2; altitude; National Academy of Sciences; National Academy of Engineering; Institute of Electrical and Electronics Engineers; IEEE; American Physical Society; APS; Enrico Fermi Award; United States Department of Energy; National Medal of Science; technology; disarmament; President's Science Advisory Committee; military aircraft; missile defense; ballistic missile threat; Richard Nixon; United States Congress; congressional; supersonic transport; nuclear weapons test; John F. Kennedy; Permissive Action Link; nuclear weapon; Strategic Arms Limitation Talks; nuclear arms reduction; nuclear warhead; Pugwash Conferences on Science and World Affairs; The Bulletin of the Atomic Scientists; Doomsday Clock; Deepwater Horizon; Fukushima Daiichi Nuclear Power Plant; Fukushima Daiichi nuclear disaster; Google Patents.

RSS Feed

Google Search


Free Downloads:
STEM artwork
for your holiday gifts

STEM art images

Latest Books by Dev Gualtieri

LGM by Dev Gualtieri
LGM by Dev Gualtieri, paperback LGM by Dev Gualtieri, Kindle

Thanks to Cory Doctorow of BoingBoing for his favorable review of Secret Codes!

Secret Codes & Number Games by Dev Gualtieri
Secret Codes & Number Games by Dev Gualtieri, paperback

Other Books

Other Books by Dev Gualtieri