2023 Larkin Award

The Anatoly Larkin Award in Theoretical Physics

Award Recipients

The William I. Fine Theoretical Physics Institute (FTPI) at the University of Minnesota is proud to announce the recipients of the 2023 Larkin Award in Theoretical Physics

2023 Larkin Senior Researcher Award

Professor Michael Dine
University of California, Santa Cruz

Professor Dine is being awarded the Larkin Senior Researcher Award for exceptional contributions to physics beyond the standard model including mechanisms for supersymmetry breaking, the invisible axion, as a solution to the strong CP problem, the Affleck-Dine mechanism for baryogenesis and aspects of perturbative string theory. 


2023 Larkin Junior Researcher Award

Professor Simon Caron-Huot
McGill University

Professor Caron-Huot is being awarded the Larkin Junior Researcher Award for elucidating the spin structure of scattering amplitudes in conformal field theories.

Senior Researcher: 

Michael Dine 

University of California, Santa Cruz

Michael Dine headshot

Junior Researcher: 

Simon Caron-Huot

McGill University

Simon Caron-Huot holding his Larkin Award in the Tate Atrium

Did you miss their lectures? Watch recordings of their talks below and check out our YouTube channel for more recordings.

4/18/24: 2023 Anatoly Larkin Junior Award

Professor Caron-Huot from McGill University was awarded the Junior Award for elucidating the spin structure of scattering amplitudes in conformal field theories.

The title of his talk is, "Does Our World Respect Causality?"

 

Abstract: "Please read these lectures last week," the late Sydney Coleman once joked.  Causality is so ingrained in our daily experience that this request seems absurd.  This talk will focus on relativistic causality: the notion that signals cannot move faster than light.  I will review its central role in modern physics and how it leads to surprising properties like analyticity in spin of various physical observables, gives insight on the dynamics of some strongly interacting systems, and restricts potential modifications to Einstein's gravity.