HEP Phenomenology·hep-ph

Thu·Oct 1, 2026Thursday·October 1, 2026

2 papers—1 primary·1 cross-listed

01
XENONnT $pp$ -Dominated Solar Neutrinos Constrain the $ν_{1}$ Pseudo-Dirac Splitting
Gio Leone
XENONnT has measured a low-energy solar-neutrino signal dominated by $pp$ neutrinos. At these energies, an ultra-small pseudo-Dirac mass-squared splitting induces detectable active-sterile oscillations over the Sun--Earth baseline. We study pseudo-Dirac oscillations of the first mass eigenstate, compute the resulting modification of the $pp +^{7}$ Be electron-recoil spectrum, and construct a likelihood from the published XENONnT energy spectra. We find that the best fit occurs at zero pseudo-Dirac splitting and rule out values of $δ m_{1}^{2} ≳ 5.9 \times 1 0^{- 13} eV^{2}$ at $2 σ$ , approaching a regime previously discussed for future $pp$ -sensitive detectors.
hep-ph
02
Effects Induced by the Inclusion of the Symmetric Derivatives of the Vector Potential Affinors in Modified Electrodynamics
Yu. A. Alebastrov
This work continues the study of the real vector field theory.It shows how the potentials can be used to derive the field and dynamical variables of the wave electrojeitonic field generated by an electrically charged point particle.The derived expressions provide the angular distributions of the instantaneous electrojeitonic radiated power emitted by an charged particle in arbitrary motion. The results predict the dominance of longitudinal electrojeitonic radiation from ultrarelativistic charged particles.Keywords: electrojeitonic field, longitudinal electrojeitonic waves, electrojeitonic radiation.
↳ physics.gen-phhep-ph

XENONnT pp-Dominated Solar Neutrinos Constrain the ν1​ Pseudo-Dirac Splitting

Effects Induced by the Inclusion of the Symmetric Derivatives of the Vector Potential Affinors in Modified Electrodynamics

XENONnT $pp$ -Dominated Solar Neutrinos Constrain the $ν_{1}$ Pseudo-Dirac Splitting