Late Time Decay of the False Vacuum, Measurement, and Quantum Cosmology
Lawrence M. Krauss (1), James Dent (2), Glenn D. Starkman (3) ((1), Arizona State University, (2) Vanderbilt University, (3) Case Western Reserve, University)
TL;DR
This paper discusses the importance of late-time quantum dynamics in cosmology, addressing issues related to probability measures in eternal inflation and the string landscape.
Contribution
It highlights subtle quantum cosmology issues crucial for understanding late-time behavior and their implications for cosmological models like eternal inflation.
Findings
Late-time quantum effects impact cosmological probability measures
Addressed subtle issues in quantum cosmology relevant to the string landscape
Implications for resolving cosmological problems in eternal inflation
Abstract
The recent suggestion that late time quantum dynamics may be important for resolving cosmological issues associated with our observed universe requires a consideration of several subtle issues associated with quantum cosmology, as we describe here. The resolution of these issues will be important if we are to be able to properly ascribe probability measures associated with eternal inflation, and a string landscape.
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