Quantum scattering amplitude methods have proven invaluable in many areas of physics, most recently in gravitational-wave physics. A key component of this progress has been improved algorithms for dealing with the encountered Feynman loop integrals. This focused workshop brings together leading experts in scattering amplitudes and Feynman loop integration to discuss the latest methods for efficiently constructing precision perturbative solutions for gravitational. This includes discussing recent developments in machine learning approaches. The workshop will consist of talks led by discussion leaders, followed by free discussion and working together to implement and test proposed solutions.
Organizing Committee: Zvi Bern (UCLA/CERN), Radu Roiban (Penn State), and Mao Zeng (University of Edinburgh)
Confirmed speakers:
Zvi Bern (UC Los Angeles)
Enrico Herrmann (UC Los Angeles)
Radu Roiban (Pennsylvania State University)
Michael Ruf (SLAC)
Matteo Sergola (UC Los Angeles)
Sid Smith (University of Padova)
Matthias Wilhelm (University of Southern Denmark, Odense)
Mao Zeng (University of Edinburgh)