I will describe a comprehensive physics program to discover axions and axion-like particles, their supersymmetric counter-parts, and even dark photons using both direct detection approaches and collider experiments. In particular, I will describe the BREAD experiment, which is a novel dish antenna design led by Fermilab and UChicago for detecting broadband ~ueV-eV axion and wave-like dark matter. I will discuss the motivation for this new detector design, present results from our prototype dark photon experiment, and discuss the ongoing and planned axion experiments for two distinct frequency ranges - GigaBREAD and InfraBREAD - with expected sensitivities to unexplored coupling strengths. I will also describe our R&D program for reflector characterization, horn antenna & sensor testing, and signal readout. Lastly, time permitting, I will describe new phenomenological considerations and experimental approached for axion and axino -- the supersymmetric axion counterpart -- searches at colliders.
Join from PC, Mac, Linux, iOS or Android: https://stanford.zoom.us/j/98973156241?pwd=cEU5RFdlVXoyc0JTeTlDMkozKzQ5UT09
Jamie Ryan, Zhi Zheng
(jlryan@slac, zzheng@slac)
