Past Events

Tell Me Something I Don't Know

2021-01-07
Lab 4, E48

An experimental Tell Me Something I Don't Know lunchtime event.
All are welcome, but must be prepared to tell a cool science story.

Theoretical Physics Seminar: Wenliang Li

2020-12-18
Lab 4, E01

Theoretical Physics Seminar.
Speaker: Wenliang Li (Theoretical and Mathematical Physics).
Title: "How to make precise predictions out of almost nothing?"

QG group meeting - scalar^3 scattering in the dS static patch

2020-11-16
Lab 4, E01

QG group meeting.
Speaker: Yasha Neiman.
Title: "Scalar^3 scattering in the dS static patch"

QG group meeting - Mirian Tsulaia

2020-11-09
Lab 4, E01

This is the weekly QG group meeting.
Speaker: Mirian Tsulaia.
Title: "Some applications of self dual YM equations"

Theoretical Physics Seminar: Simone Pigolotti

2020-10-23
Lab 4, F01

Theoretical Physics Seminar.
Speaker: Simone Pigolotti (Biological Complexity).
Title: "Bifractal nature of chromosome contact maps"

Theoretical Physics Seminar: Guilherme Sadovski

2020-10-09
Lab 4, F01

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

2020-09-28
Lab 4, E01

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

2020-09-25
Lab 4, E01

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

Zoom seminar by Peter Woit: twistors and the Standard Model

2020-09-24
Lab 4, E01

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

2020-09-14
Lab4 E01

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.

 
I will first describe our recent efforts in deriving a complete statistical solution to the non-hierarchical, chaotic three-body problem. I will then review the status of gravitational wave detections and our current understanding of their origin, and show how three-body interactions play a key role in several formation pathways of gravitational wave events. 

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