Quantum Gravity and String Theory

    

Counting Bits, Numerical Entropy, and Its Relationship to a Presumed Cosmological ‘constant’ and Modified Hup for Initial Inflaton Value

Authors: Andrew Beckwith

We look at early universe space-time and a linkage between quantum bits of information along the lines of what was done by Yan – Gang Miao, Ying- Jie Zhao , and compare it with quantum computing and cosmology which was brought up by Ganbini, Porto and Pullin. Namely the purported number of quantum computing operations. If the two are equivalent, there is an implied relationship to determine an optimal radial distance. Afterwards, we use that in conjunction with a modified Heisenberg Uncertainty principle to come up with some fundamental cosmological phenomenology. In particular a first ever guess as to the value of an initial inflaton. Key words, Quantum Computing , Cosmological constant, Modified HUP, inflaton

Comments: 6 Pages.

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Submission history

[v1] 2016-05-28 02:10:46

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