Conveners
Contributed 12: 12
- Kevin Kelly ()
We discuss how increased sensitivity in large direct detection experiments will allow to exploit them as effective neutrino detectors and probe neutrinos from different sources in complementary regimes to conventional neutrino detectors. On the other hand, large neutrino telescopes like Super-Kamiokande provide favorable targets for dark matter from cosmic ray interactions and accelerated in...
The multi-messenger astrophysics of compact objects presents diverse environments where neutrino flavor transformation may be important for nucleosynthesis and a detected neutrino signal. Development of efficient techniques for surveying flavor evolution solution spaces, which complement existing computational tools, could leverage progress in this field. To this end we explore statistical...
If large enough extra dimensions exist, the fundamental gravity scale may be as low as a few TeV to allow for the production of microscopic black holes in collisions of high energy particles. Cosmogenic neutrinos may reach the energy up to tens of EeV, which translates to the center of mass energy of more than 100TeV in neutrino-nucleon scattering, rendering the next generation of neutrino...
The connection between the Standard Model and a dark sector may take place in a variety of way, most generically through portal couplings. In this talk, I discuss an example where exploiting the neutrino portal as a stepping stone to the dark sector opens up a set of unexplored experimental signatures at neutrino, $e^+e^-$ colliders, and kaon experiments. I will focus on models with a new...