Lambda Oscillations and the Conservation Laws
A. Widom, Y.N. Srivastava (Physics Department, Northeastern, University, Boston, MA, USA)

TL;DR
This paper challenges the assumption that Kaon induced Lambda oscillations vanish by showing that, under the same assumptions, energy and momentum conservation also do not hold, implying ordinary particles can exhibit quantum oscillations.
Contribution
It demonstrates that the assumption of fixed space-time decay points leads to the disappearance of multiple conservation laws and oscillations, offering a new perspective on quantum oscillations.
Findings
Kaon induced Lambda oscillations disappear under fixed decay points
Energy and momentum conservation also vanish under the same assumptions
Ordinary particles can exhibit quantum oscillations
Abstract
Lowe, Bassalleck, Burkhardt, Rusek, Stephenson, and Goldman assert, under the assumption of decays at fixed space-time points, that Kaon induced Lambda oscillations disappear. We find, under the same assumption, that energy conservation and momentum conservation also disappear. Ordinary particles can exhibit quantum oscillations.
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Taxonomy
TopicsGas Dynamics and Kinetic Theory · Numerical methods for differential equations
