Rate My Professor Mark Wise

Wise's research centers on theoretical particle physics, with significant contributions to heavy quark effective theory, weak decays of heavy mesons, and axion cosmology. Early in his career, he investigated weak radiative hyperon decays and QCD corrections to CP-violating processes during his graduate work at Stanford under Fred Gilman, and developed interests in cosmology and grand unified theories like SU(5) as a postdoctoral researcher at Harvard. At Caltech, he collaborated with David Politzer on heavy quark effective theory and weak radiative B meson decays. His highly influential publications include "Cosmology of the invisible axion" (1983, 4532 citations), "Weak decays of heavy mesons in the static quark approximation" (1989, 3461 citations), "Weak transition form factors between heavy mesons" (1990, 2418 citations), "Semileptonic B and D decays in the quark model" (1989, 2000 citations), and "Modulus stabilization with bulk fields" (1999, 2129 citations). Wise has received prestigious honors, including the J.J. Sakurai Prize from the American Physical Society in 2001 for his contributions to heavy quark physics, the Julius Wess Award in 2021 for pioneer achievements in theoretical particle physics, election to the National Academy of Sciences, and the Distinguished Research Chair at the Perimeter Institute in 2008. He is a member of Caltech's Particle Theory Group and the Walter Burke Institute for Theoretical Physics.