| October 11, 2000
Media Contacts: -Anne
Middleton, UCSD, (858) 534-2777, Ronald
Bee, UC Institute on Global Conflict and Cooperation, (858)
534-6429
UCSD’S FOUNDING
CHANCELLOR HERBERT YORK TO BE PRESENTED
WITH UC
BERKELEY’S PRESTIGIOUS CLARK KERR AWARD ON OCTOBER 27
UCSD’s Founding Chancellor
Herbert F. York, a leader in national security issues, has been
awarded this year's Clark Kerr Award for Distinguished Leadership in
Higher Education. The founder and first director of UC’s systemwide
Institute on Global Conflict and Cooperation (IGCC), which is based at
UCSD, York will receive the award - the highest honor bestowed by UC
Berkeley's Academic Senate – at an awards dinner October 27 at the
UC Berkeley Faculty Club.
"Herb York was a genius
in helping to create the Lawrence Livermore National Laboratory and at
moving UCSD from Roger Revelle's grand vision and early remarkable
recruitment to a well-functioning and all-around research university
of the first rank," said Clark Kerr, former UC president and
professor emeritus of business administration, who will preside over
the awards ceremony with UC President Richard Atkinson and UC Berkeley
Chancellor Robert Berdahl. "It took good judgment, quiet
persistence, a firm grasp of reality and a refined capacity for
persuasion, and Herb York had them all."
Established in 1968 to honor
individuals who have made an extraordinary contribution to the
advancement of higher education, the Clark Kerr Award recognizes York
for his leadership in the arms control movement and nuclear energy.
Long known for his commitment to social responsibility in the
advancement of science and public policy, York currently serves as
founding chairman of the UCSD Diversity Council. He also is a member
of the UC President's Council on Nuclear Laboratories.
In 1943 at the age of 21,
York came to UC Berkeley to serve as a scientist on the Manhattan
Project, which yielded the first atomic bomb. Six years later, he
obtained a Ph.D. in physics from UC Berkeley, where he currently is
professor emeritus of physics.
In 1953, he became the first
director of the UC-operated Lawrence Livermore Laboratory. During the
following years, he worked in various capacities in Washington D.C.,
including as an advisor to six U.S. presidents on arms and
disarmament. From 1979-81, he was ambassador and chief negotiator for
the Comprehensive Test Ban Negotiations under President Carter. He
also was cofounder of the Defense Advanced Research Project Agency (DARPA).
In 1961, York was recruited
as UCSD’s first chancellor and continued in that capacity until
1964. York remained at UCSD as a professor of physics, becoming dean
of graduate studies in 1968 and acting chancellor from 1970-72. In
1983, he founded IGCC and currently serves as IGCC’s director
emeritus. He also is professor emeritus of physics at UCSD.
As an educator, scientist,
Presidential advisor and leader in national security issues, York has
been committed to merging scientific advancements with public policy
that emphasizes social responsibility. In recognition for his
leadership in the arms control movement and his work in nuclear
energy, earlier this year he received the prestigious Vannevar Bush
Award from the National Science Board, the policymaking arm of the
National Science Foundation. Previous honors have included the
American Physical Society’s Leo Szilard Award in 1994 and the
Federation of American Scientists’ Public Service Award in 1993. He
was also a recipient of the Atomic Energy Commission’s Ernest O.
Lawrence Memorial Award in 1962.
York is the author of six
books: Arms Control (Readings from Scientific American, W.H.
Freeman, 1973); The Advisors: Oppenheimer, Teller and the Superbomb
(W. H. Freeman, 1976); Race to Oblivion: A Participant’s View
of the Arms Race (Simon and Schuster, 1978); Making Weapons,
Talking Peace: A Physicist’s Journey from Hiroshima to Geneva (Harper
& Row, 1987); A Shield in Space? Technology, Politics and the
Strategic Defense Initiative (U. of Calif. Press, 1988, with
Sanford Lakoff); and Arms and the Physicist, (American Physical
Society, 1994). |