Welcome by the IQ Initiative Director

• W. Vincent Liu (University of Pittsburgh)

Axion detection via stimulated emission

• Aaron Chou

Vanishing of Casimir forces in axion electrodynamics

• Yohei Ema
• Yohei Ema (Deutsches Elektronen-Synchrotron DESY)

Axionic and Phonon Polaritons for Axion Dark Matter Detection

• Jan Schütte-Engel (RWTH)
• Jan Schütte-Engel

Axion dark matter conversion into condensed matter axion

• So Chigusa
• So Chigusa (University of Tokyo)

Discussion

The HAYSTAC Experiment

• Danielle Speller (Yale University)
• Danielle Speller (Johns Hopkins)

Axion electrodynamics and its applications to the Kerr effect in topological anti-ferromagnets (I)

• Junyeong Ahn (Harvard University)

Axion electrodynamics and its applications to the Kerr effect in topological anti-ferromagnets (II)

• Suyang Xu (Harvard University)

Discussion

Axion electrodynamics in strong topological insulators

• Prineha Narang (UCLA)

Ultrafast Imaging of Plasmonic Vortex Fields with Axion-type Response

• Atreyie Ghosh (University of Pittsburgh)

Detectability of axion dark matter with phonon polaritons and magnons

• Tanner Trickle (California Institute of Technology)

The hunt for wave-like dark matter at SLAC

• Chelsea Bartram
• Chelsea Bartram (SLAC)

Discussions

The CASPER Experiment & future avenues for axion detection using AMO systems

• Alexander Sushkov

Sensitivity of spin-precession axion experiments

• Jeff Dror (Lawrence Berkeley National Laboratory)

The piezoaxionic effect

• Amalia Madden (Perimenter Institute for Theoretical Physics)

Discussion

Workshop Banquet

Chiral fermions and the chiral magnetic effect

• Qiang Li (Stony Brook University/Brookhaven National Laboratory)
• Qiang Li (Stony Brook University/Brookhaven National Laboratory)

Probing microscopic origins of axions by the chiral magnetic effect

• Sang Hui Im (IBS CTPU)

Detection of axions with opto-mechanical cavities

• Yikun Wang (THE UNIVERSITY OF CHICAGO)

New Direction in Axion Detection

• Surjeet Rajendran

Discussion