Macroscopic detection of deformed QM by the harmonic oscillator
Michael Maziashvili
TL;DR
This paper investigates how deformed quantum mechanics affects the classical motion of harmonic oscillators and finds contradictions with observations, exploring potential macroscopic observational signatures.
Contribution
It provides a nonperturbative analysis of deformed quantum mechanics and proposes an alternative approach to estimate its macroscopic effects.
Findings
Classical motion from deformed QM contradicts observations.
An alternative estimation method for macroscopic effects is discussed.
Potential observational signatures in macrophysics are identified.
Abstract
Based on the nonperturbative analysis, we show that the classical motion of harmonic oscillator derived from the deformed QM is manifestly in contradiction with observations. For this reason, we take an alternate way for estimating the effect and discuss its possible observational manifestations in macrophysics.
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