Gravity Induced CP violation
ORAL
Abstract
The impact of earth's gravity on neutral kaons oscillations is analyzed (hal-04589721, arXiv:2405.17317).
The main effect of a gravitational potential is to couple the strangeness oscillation and the strange quarks zitterbewegung. This coupling is responsible for the observed CP violations.
Gravity induced CP violation is in fact a CPT violation with T conservation rather than a T violation with CPT conservation, but the finite lifetime of the short-lived kaon induces a rotation of the imaginary CPT violation parameter such that it becomes real and the effect is observed as a CP and a T violation.
Both the indirect (epsilon) and direct (epsilon prime) violation parameters resulting from this gravity induced coupling between strange quark zitterbewegung and S = + 1/S = -1 strangeness oscillations are in remarkable agreement with the experimental data.
This new CP symmetry violation mechanism, validated experimentally, makes it now possible to build models of the primordial universe in agreement with the present antimatter/matter asymmetry.
The main effect of a gravitational potential is to couple the strangeness oscillation and the strange quarks zitterbewegung. This coupling is responsible for the observed CP violations.
Gravity induced CP violation is in fact a CPT violation with T conservation rather than a T violation with CPT conservation, but the finite lifetime of the short-lived kaon induces a rotation of the imaginary CPT violation parameter such that it becomes real and the effect is observed as a CP and a T violation.
Both the indirect (epsilon) and direct (epsilon prime) violation parameters resulting from this gravity induced coupling between strange quark zitterbewegung and S = + 1/S = -1 strangeness oscillations are in remarkable agreement with the experimental data.
This new CP symmetry violation mechanism, validated experimentally, makes it now possible to build models of the primordial universe in agreement with the present antimatter/matter asymmetry.
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Publication: J-M Rax, arXiv:2405.17317.<br>J-M Rax, arXiv:2403.07970.<br>J-M Rax, hal-04589721.
Presenters
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jean-marcel M rax
University of Paris-Saclay
Authors
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jean-marcel M rax
University of Paris-Saclay