Found paper on Explaining Reactor 5 MeV neutrino excess with axial or vector neutrino interaction

Experiments measuring neutrino fluxes from nuclear reactors have found an excess of neutrinos at 5 MeV. effrey M. Berryman, Vedran Brdar, and Patrick Huber wrote a paper arXiv:1803.08506. That seeks to explain this by neutrinos ejecting neutrons from carbon-13 via an new interaction, either vector or axial. They actually found a good fit, but then rule it out by the lack of deutrium photodistintegration from neutrinos. Without a full calculation, we suggest, that given a charge assignment of plus a half on protons and minus a half on neutrinos, deutrium will be overall neutral to the new force, and only weakly interact via dipole moment, carbon-13 however a an uncancelled neutron that can full interact with the new force. Such a charge assignment is one we made for the axial force in 2009.

Found paper that shows Miniboone electron neutrino excess can be well fitted by a sterlie neutrino decaying to electron neutrino

The paper arvix:1911.01427 Finds a good fit for a forth sterile 1eV-100Kev neutrino decaying to electron neutrinos and a light boson, in the same mass range. This fits with my 2009 paper where there are right handed neutrinos decay to anti-left handed ones and a axiphoton.