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1
Introduction
2
Scattering rigidity problem
3
Compound energy
4
Graph of S
5
Transformations
6
Linearized problem
7
Stationary metrics
8
Natural transformations
9
Prior resources
10
Timeline
11
Magnetic systems
12
Generalized problems
13
Nonlinear problems
14
Theorem
Description:
Explore the Lorentzian scattering rigidity problem and rigidity of stationary metrics in this 54-minute conference talk by P. Stefanov from Purdue University. Delve into analytic techniques in Dynamics and Geometry, covering topics such as the scattering rigidity problem, compound energy, graph of S transformations, and the linearized problem. Examine stationary metrics, natural transformations, and magnetic systems. Investigate generalized and nonlinear problems related to the main theorem. Gain insights into this complex mathematical subject through a comprehensive exploration of its key concepts and applications.

The Lorentzian Scattering Rigidity Problem and Rigidity of Stationary Metrics

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