A satisfying theory for star or planet formation should not
consider these processes in isolation. With the power of recent
observational surveys, we are well positioned to test detailed
theoretical models of multiple-star formation and orbital...
central topic in the theory of computation
is derandomization: say we have an algorithm
which flips coins to achieve some goal, and succeeds with high
probability. Can we transform this algorithm into a deterministic
procedure, while maintaining...
Fracton phases of matter exhibit striking behaviour which
seemingly renders them beyond the standard topological quantum
field theory (TQFT) paradigm for gapped quantum phases. In this
talk, I will discuss progress towards understanding fracton...
I will explain recent progress on computing approximate ground
states of mean-field spin glass Hamiltonians, which are certain
random functions in high dimension. While the asymptotic ground
state energy OPT is given by the famous Parisi formula...
A Diophantine upper bound on the dimensions of certain spaces of
holonomic functions was the main ingredient in our proof with
Calegari and Tang of the 'unbounded denominators conjecture'
(presented by Tang in last year's number theory seminar)