Philip H. Bucksbaum

Bucksbaum spent his early childhood in Grinnell, a small farming and college community in south-central Iowa.[2] He graduated as the class valedictorian from Washington High School in Cedar Rapids in 1971.[3] He received a bachelor's degree in Physics from Harvard College in 1975.[4] Bucksbaum attended graduate school at the University of California at Berkeley, receiving his Ph.D. in 1980.[5]

Following a one-year postdoctoral appointment at Lawrence Berkeley Laboratory, Bucksbaum joined Bell Telephone Laboratories, where he remained until Columbia University appointed him Adjunct Associate Professor in Applied Physics in 1989.[6] In 1990 he moved to Ann Arbor, MI to accept a Professorship in Physics at the University of Michigan. He became Otto Laporte Collegiate Professor in Physics in 1997, and Peter Franken University Professor in 2005.[5]

Bucksbaum joined the faculty of Stanford in 2005, with joint appointments in Physics, Applied Physics, and Photon Science.[7] He was named to the Marguerite Blake Wilbur Chair in Natural Science at Stanford in 2009,[8] and currently directs the PULSE Institute at Stanford and SLAC.[9][10]

Bucksbaum's graduate research at Berkeley was on the parity non-conserving neutral weak interaction in atomic thallium.[11][12] He co-authored a textbook on the larger subject of electroweak interactions after completing his doctoral thesis.[13]

At Bell Laboratories he became interested in ultrafast and strong field laser-matter interactions. For a time he co-held the record for the shortest wavelength coherent radiation produced in the laboratory.[14] He was one of the team that used similar methods to develop the first ultrafast angle-resolved vuv photoemission methods.[15] In 1985 he turned to the study of strong-field ionization of atoms. His early work on above threshold ionization of atoms established the role of ponderomotive forces in laser-electron interactions through studies of electron surfing in ultrafast laser pulses as well as the high-intensity Kapitsa–Dirac effect.[16] He also discovered and explained the mechanism of bond softening in strong-field molecular dissociation.[17] His pioneering development of broadband coherent THz radiation (so-called "half-cycle pulses")[18] helped to advance the field of ultrafast THz spectroscopy. He has subsequently used ultrafast lasers to study problems in quantum sculpting,[19] quantum information,[20] and coherent control of atomic and molecular dynamics.

Bucksbaum helped to establish the new field of ultrafast x-ray science in early work at the Advanced Photon Source at Argonne National Laboratory[21][22] and most recently strong-field coherent x-ray-atom physics at x-ray free-electron lasers.

Bucksbaum served terms on the American Physical Society Executive Board, the Optical Society Board of Directors, and the National Academy of Sciences Board on Physics and Astronomy, as well as its Committee on AMO Science (CAMOS). He chaired its Decal Study in AMO Science, AMO 2010.[23] He has been a member of advisory committees for the Department of Energy Division on Basic Energy Science (BESAC), NIST (Committee for Physics), The National Science Foundation, and Science Advisory Committees for the Advanced Light Source at Berkeley National Lab, the Advanced Photon Source at Argonne National Lab, and the Linac Coherent Light Source at SLAC National Accelerator Lab. As of 2013 he was Chair of the Board on Physics and Astronomy of the National Academy.

Bucksbaum will assume the Presidency of the Optical Society in 2014.[24][25]

He has served on the Editorial Board of Physical Review Letters, and was the founding editor of the American Institute of Physics Virtual Journal of Ultrafast Science.[26] At Stanford and SLAC, he has served as Chair of the Photon Science faculty[27] and also Director of the Chemical Science Division. .