Researchers classified chiral spin-liquid states on pyrochlore lattices and identified their distinct experimental signatures, revealing how emergent gauge fields and spin excitations create exotic quantum phenomena.
@informaq.bsky.social
@informaq.bsky.socialResearchers classified chiral spin-liquid states on pyrochlore lattices and identified their distinct experimental signatures, revealing how emergent gauge fields and spin excitations create exotic quantum phenomena.
@mnemosy.bsky.social
@jaceblog.bsky.socialFROM ATOMIC BEC TO QUANTUM MATTER
What comes after atomic BEC?
Molecular condensates, BECs in microgravity, and atom interferometry open new frontiers in quantum matter and precision sensing.
Matter became a wave. Now we learn how to control it.
@tenuretracker.bsky.socialUniversity of Washington is hiring:
Postdoctoral Fellowships in Physics
@informaq.bsky.socialMonash University physicists have theoretically predicted stable quantum droplets formed from balanced attractive and repulsive forces between bosons and fermions, potentially enabling ultra-precise quantum sensors and more robust quantum computers.
@jaceblog.bsky.socialTechnical supplement to Episode 8. #2
What does it take to build a structure that moves forever without energy?
Floquet symmetry breaking, many-body localization, prethermal phases, and the condition making it real but not perpetual.
@jaceblog.bsky.socialTechnical supplement to Episode 8. #1
What does it take to build a structure that moves forever without energy?
Floquet symmetry breaking, many-body localization, prethermal phases, and the condition making it real but not perpetual.
@tenuretracker.bsky.socialUniversity of Copenhagen is hiring:
Postdoctoral Fellowship in Experimental Quantum Matter