Speaker
Ning Su
(Caltech)
Description
The bootstrap method explores fundamental consistency conditions to constrain physical observations. These consistency conditions often translate into highly non-trivial numerical problems. The application of the bootstrap method in physics crucially depends on advancements in numerical techniques. In this talk, I will review recent developments in bootstrap numerics, and show that, with advanced numerics, formal constraints such as unitarity and crossing symmetries lead to precise predictions for experimental phenomena in condensed matter and high energy physics.
