The first week of October has been an exciting one, as usual, with the announcements of the Nobel Prizes, especially those in science. DTLR readers know that I have a particular interest in connections between Nobel Laureates and fluid mechanics research, even though the prizes have rarely been awarded for work in classical hydrodynamics. This year is no different, but at least two of the science laureates have familial connections to hydrodynamicists!
One of this year's physics laureates, John F. Clauser, stated in an oral history interview conducted 20 years ago with Joan Bromberg, that his father was a grad student of Theodore Von Karman's, and later became chair of the aeronautics department at Johns Hopkins. Clauser states that "But all along the way, he always was trying to understand physics, and
there were very strong similarities between the mathematics of fluid
flow and the mathematics of quantum mechanics, and he didn't understand
quantum mechanics. And he kind of pre-programmed me as the guy who might
help try to solve the problem that he couldn't solve." This appears in the very first paragraph of the transcript! Further down in the transcript, Clauser returns to fluid mechanics, revealing that he himself is quite knowledgeable about it, discussing solitons, compressible flow, the subsonic-supersonic transition, and shock waves.
One of this year's chemistry laurates, Carolyn Bertozzi, has an older sister Andrea, who is a distinguished math professor at UCLA and works in fluid mechanics. Andrea Bertozzi is co-author (with her doctoral advisor, Andrew Majda) of Vorticity and Incompressible Flow (Cambridge University Press, 2002). Incidentally, their father was an MIT physics professor.
Congratulations to all the 2022 Nobel Laureates in physiology/medicine, physics, and chemistry!