Kenneth M. Watson
Kenneth M. Watson | |
---|---|
Born | San Diego, California, U.S. | September 7, 1921
Nationality | American |
Alma mater | Iowa State University University of Iowa |
Known for | Watson-Lepore renormalization coupling constant[2] |
Awards | Marquis Lifetime Achievement Award[1] |
Scientific career | |
Fields | theoretical physics; oceanography |
Institutions | University of California, Berkeley University of California, San Diego |
Doctoral advisor | Josef-Maria Jauch |
Doctoral students | Ernest M. Henley Shang-keng Ma |
Kenneth Marshall Watson (September 7, 1921 – August 18, 2023) was an American theoretical physicist and physical oceanographer.[3]
Life and career
Watson graduated in 1943 with BS in electrical engineering from
Watson was an advisor to various United States organizations associated with the
Watson did research in the early 1950s on nuclear and
To quote Watson:
In the mid-1960s I began a series of investigations, in collaboration with M. L. Goldberger of the observation of “entangled” quantum mechanical systems. We were concerned with sequential measurements and interference effects for correlated systems.[5]
Watson did research in the early 1970s on atomic and molecular scattering and in the late 1970s on fluid mechanics related to oceanography. He worked in the early 1980s on applying methods of statistical mechanics to internal wave turbulence and in the early 1990s on analyzing the coupling of surface and internal gravity waves.[5]
To quote Watson:
In the mid 1990s my interest in nonlinear classical mechanics and ocean surface waves led to a study of capillary waves (few centimeter wavelengths) interacting with longer waves (10 cm to a meter wavelengths).[5]
Ocean surface wave dynamics can be formulated as nonlinear interactions among a set of harmonic oscillators. The Hamiltonian formulation of this is mathematically very similar to the equations of classical and quantum mechanical field theory that I had encountered at the beginning of my career. I developed a canonical transformation technique which greatly simplified numerical integration of the equations. Calculations of the “long wave effect” agreed with observations of the radar scattering.[5]
Personal life and death
Watson married in 1946 and had two sons.[5] His father was Louis Erwin Watson (1884–1957) and his mother was Irene Marshall Watson (born 1886 in Roanoke, Illinois).
Kenneth M. Watson died in
Selected publications
- with M. L. Goldberger: Collision Theory. Wiley. 1964.[8] 2004 Dover reprint of corrected 2nd edition, Robert E. Krieger Publishing Company, 1975
- with John W. Bond and Jasper A. Welch: Atomic Theory of Gas Dynamics. Addison-Wesley. 1965.[9]
- with John Nuttall[10] and John Stephen Roy Chisholm: Topics in Several Particle Dynamics. Holden-Day. 1967.[11]
- with Walter H. Munk, and Fredrik Zachariasen: Sound Transmission Through a Fluctuating Ocean. Cambridge University Press. 1979. 2010 pbk reprint
References
- ^ "Kenneth M. Watson Presented with the Albert Nelson Marquis Lifetime Achievement Award by Marquis Who's Who". 24-7press-release.com. 16 August 2019.
- .
- ^ "Kenneth M. Watson". Member Directory, National Academy of Sciences.
- ^ a b "Kenneth M. Watson". American Institute of Physics.
- ^ a b c d e f g h "Autobiographical Note: Kenneth M. Watson" (PDF). Science Library, University of California, San Diego. 8 January 2004.
- ISSN 0031-9228.
- ^ "Kenneth Watson Obituary". San Diego Union-Tribune.
- .
- .
- ^ "Brief Biography of John Nuttall". publish.uwo.ca. John Nuttall received his Ph.D. from the University of Cambridge in 1961 with advisor Richard John Eden, OBE.
- .