Operations of Quantum Measuring Systems and the Holographic Principle

Konishi, Eiji

doi:10.22128/jhap.2024.899.1098

Operations of Quantum Measuring Systems and the Holographic Principle

Eiji Konishi

Dec 11, 2024

6 pages

Published in:

JHAP 4 (2024) 4, 15-20

Published: Dec 11, 2024

DOI:

10.22128/jhap.2024.899.1098

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Abstract: (Damghan University)

Based on the author's previous argument of the constant existence of the subject of quantum measurement in the framework of the classicalized holographic tensor network, for two quantum measuring systems

M_1

and

M_2

in the bulk spacetime, we calculate the result of the processes

(((M_1)_{\rm I}-M_1)_{\rm II}+M_2)_{\rm III}

as the subject of quantum measurement. This process is obtained from the process

(((M_1)_{\rm I}+M_2)_{\rm II}-M_1)_{\rm III}

by swapping processes II and III. The latter process is within the Lorentzian regime of spacetime and results in the quantum measuring system

M_2

. Therefore, we conclude that the objective result is also

M_2

.

Quantum Measurement
Holographic Principle
Wick Rotation
Classicalization

References(25)

Figures(0)

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