Abstract: Earthquakes exhibit complex behavior
at all scales, from the evolution of slip during a single rupture
lasting seconds to minutes, to the statistics of regional
seismicity over years or centuries. The origin of complexity in
fault behavior...
Abstract: I will discuss consequences of the
loss of the “additivity” property of QFT in the large N limit of
Holographic CFTs. I will demonstrate how the additivity
anomaly underlies the success of quantum error correcting code
models of holography...
Abstract: A clear outcome of Snowmass 2021 and
now the US P5 report was the community support for R&D towards
a future muon collider. In this talk we will discuss the
general physics program that becomes available to the community
during the...
Abstract: I will give an overview of recent
activity based on the idea that we can test quantum properties of
the gravitational field in experiments. I will emphasize the need
to state precisely what hypotheses are being tested by showing
some...
Abstract: I will discuss the general framework
of effective theories obtained via exact path integration of a
complete theory over some sector of its degrees of freedom.Theories
constructed this way contain multi-integrals which couple
fields...
Abstract: Tidal deformabilities serve as
an effective tool to study the structures of compact
objects. In the first part of the talk, I will present how the
worldline effective field theory (EFT) can be applied to examine
the tidal responses of...
Abstract: Inflation, the theory describing a
period of exponential superluminal expansion in the early universe,
is both a proposed solution to the large-scale structure we see in
our night sky and a mystery of which we have little
experimental...
Abstract: In this talk we use
integrability data to bootstrap correlation functions of planar
maximally supersymmetric Yang- Mills theory, focusing on
four-point correlation function of stress-tensor. First,
we start by demonstrating why the...
