text: 238,185,1282473344428908546,1001049754787368960,Dr. Yu-Dai Tsai,"Another new paper: <LINK> A new neutrino explanation to Xenon 1T, that is not constrained by astrophysical bounds! Great thanks to @TheoristIan and Jason Wyenberg for this exciting collaboration. @QuantumMessage @TheoristIan Hi Djuna, it is indeed very interesting to think about other effects of these exotic sterile neutrinos. I am happy to chat more about this!",https://arxiv.org/abs/2007.05513,"In this short letter, we find that a magnetic transition dipole moment between tau and sterile neutrinos can account for the XENON1T excess events. Unlike the ordinary neutrino dipole moment, the introduction of the new sterile mass scale allows for astrophysical bounds to be suppressed. Interestingly, the best-fit regions that are compatible with the SN1987A imply either boron-8 or CNO neutrinos as the source flux. We find that sterile neutrinos of either $\sim$ 260 keV or in the $\sim$(500 - 800) keV mass range are capable of evading astrophysical constraints while being able to successfully explain the XENON1T event rate. The sterile neutrino in the best fit parameter space may have significant effects on big bang nucleosynthesis (BBN). We show the region in which a low reheating temperature of the Universe may allow the BBN constraints to be alleviated. ","An Active-to-Sterile Neutrino Transition Dipole Moment and the XENON1T