Can quantum wormholes set $Lam$ 0
D.H. Coule, D. Solomons
TL;DR
This paper explores quantum wormholes related to the cosmological constant problem, proposing new quantum analogues of Carlini-Mijic wormholes and discussing their implications for setting the cosmological constant to zero.
Contribution
It introduces quantum analogues of Carlini-Mijic wormholes and applies them to address the cosmological constant problem, differing from previous results by Strominger.
Findings
Quantum analogues of Carlini-Mijic wormholes are identified.
Application to the cosmological constant problem is analyzed.
Results differ from Strominger's previous findings.
Abstract
We find the quantum analogues of Carlini-Mijic wormholes and consider their application to the cosmological constant problem. In a simple model with only we differ with the results of Strominger.
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Taxonomy
TopicsCosmology and Gravitation Theories · Black Holes and Theoretical Physics · Stochastic processes and financial applications