Simple Euclidean wormholes might not contribute in the path integral

Update: 2021-04-06

Description

I present evidence, both from a GR and a holographic viewpoint, that Coleman's Euclidean axion wormholes do not contribute to the path integral.

Comments

In Channel

Discussion Session: Wormholes, Black Holes and Complexity

2021-04-0652:45

A Wheeler DeWitt approach for Liouville quantum gravity

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Towards a microscopic model of AdS fragmentation

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Page Curve from Holographic Moving Mirror and End of the World brane

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The principle of holography of information and its low-energy tests

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The Unreasonable Effectiveness of Higher-Derivative Supergravity in AdS_4 Holography

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Islands and Hawking radiation correlations of evaporating black holes

2021-04-0659:17

Discussion Session: Black Holes, Wormholes and Complexity

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Towards a Swampland Global Symmetry Conjecture

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The OPE Randomness Hypothesis and Euclidean Wormholes

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Simple Euclidean wormholes might not contribute in the path integral

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Quantum BTZ black hole and Outlook

2021-04-0602:13:29

Comments on Euclidean wormholes and holography

2021-04-0601:06:31

Complexity for CFTs in General Dimensions

2021-04-0601:01:25

Discussion Session: Complexity

2021-04-0657:12

Quantum Complexity, Integrability, and Chaos

2021-04-0601:09:38

Pole skipping away from maximal chaos

2021-04-0659:38

Phases of Holographic Interfaces

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Saturons

2021-04-0659:28

On the geometry of quantum complexity

2021-04-0601:01:12

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Simple Euclidean wormholes might not contribute in the path integral

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Simple Euclidean wormholes might not contribute in the path integral

Thomas Van Riet

Simple Euclidean wormholes might not contribute in the path integral