Delay Time in Quaternionic Quantum Mechanics
Stefano De Leo, Gisele Ducati
TL;DR
This paper investigates how delay times in quaternionic quantum mechanics differ from those in standard complex quantum mechanics, identifying energy regions where these differences can be amplified.
Contribution
It introduces the concept of delay time in quaternionic quantum mechanics and explores conditions under which quaternionic effects become significant.
Findings
Delay time differences are energy-dependent.
Certain energy regions amplify quaternionic effects.
Potential for experimental detection of quaternionic deviations.
Abstract
In looking for quaternionic violations of quantum mechanics, we discuss the delay time for pure quaternionic potentials. The study shows in which energy region it is possible to amplify the difference between quaternionic and complex quantum mechanics.
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