Theoretical Physics Seminar: Guilherme Sadovski

Theoretical Physics Seminar.
Speaker: Guilherme Sadovski (Gravity, Quantum Geometry and Field Theory).
Title: "Why is the world four-dimensional?"

QG Group meeting: S-matrix vs. lightcone formalism in de Sitter space

This is the weekly QG group meeting.
Speaker: Yasha Neiman.
Title: "S-matrix vs. lightcone formalism in de Sitter space"

Theoretical Physics Seminar: Yasha Neiman

Theoretical Physics Seminar.
Speaker: Yasha Neiman (Quantum Gravity).
Title: "Scattering in the causal diamond"

Zoom seminar by Peter Woit: twistors and the Standard Model

Zoom seminar hosted by QG group.
Speaker: Peter Woit (Columbia University).
Title: Twistors and the Standard Model.

The three-body problem from Newton to gravitational waves

Title: The three-body problem from Newton to gravitational waves

Speaker: Dr. Alessandro Alberto Trani

Abstract:   

The gravitational few-body problem is one of the oldest conundrums in astronomy and classical mechanics. Yet, its simplest instance, the three-body problem, has no general analytical solution and only a partial statistical solution has been achieved so far. With the birth of gravitational wave astronomy and the rise in exoplanet discoveries, the three-body problem is again becoming central to explaining astrophysical phenomena.

Theoretical Physics Seminar: Karol Gietka

Theoretical Physics Seminar.
Speaker: Karol Gietka (Quantum Systems).
Title: "Quantum Simulators in Other Frames of Reference"

QG Group meeting: D-branes of higher-spin gravity?

QG group meeting.
Speaker: Yasha Neiman.
Title: "D-branes of higher-spin gravity?"

Theoretical Physics Seminar: Matthias Gohlke

Theoretical Physics Seminar.
Speaker: Matthias Gohlke (Quantum what's the Matter).
Title: "Kitaev's honeycomb model: an exactly solvable quantum spin liquid"

Group Meeting Talk: Current Algebras and Celestial CFT Correlators

Title: Current Algebras and Celestial CFT Correlators

Speaker: Sudip Ghosh

Abstract: I will discuss the construction of a SL(2,C) current algebra using the subleading soft graviton theorem and the constraints imposed by this current algebra via null state relations on the spectrum of the putative CFT dual of Einstein gravity in (3+1)-d asymptotically flat spacetimes.

Theoretical Physics Seminar: 'Hannes Schoenke

Theoretical Physics Seminar.
Speaker: 'Hannes Schoenke (Mathematics, Mechanics, Materials, and other aspects of M Theory).
Title: "A glimpse into the beauty of algebraic geometry (examples included!)"