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1
Introduction
2
Two tails
3
Shortcut and curved black holes
4
Strong custom extension
5
Strong cosmic censorship
6
Theory of tails
7
Latetime tails
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Price
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Shortcut case
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Nonlinear tails
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Dynamical tails
12
A strong cost of extension
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Strong cosmic extension
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Late time tails
Description:
Explore a Stanford University professor's lecture on late-time tails in wave equations on asymptotically flat spacetimes, presented at IPAM's Workshop on Mathematical and Numerical Aspects of Gravitation. Delve into the strong cosmic censorship conjecture, Price's law, and the differences between stationary and dynamical spacetimes. Gain insights into a general method for studying precise late-time tails in odd spatial dimensions, applicable to both stationary and dynamical cases. Discover how this research, conducted in collaboration with Sung-Jin Oh from Berkeley, contributes to our understanding of gravitation and spacetime behavior.

A Tale of Two Tails - IPAM at UCLA

Institute for Pure & Applied Mathematics (IPAM)
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