Marius Lemm
@mariuslemm.bsky.social
Professor of #MathematicalPhysics at University of Tübingen
(@unituebingen.bsky.social)
Working on #quantum many-body physics and mathematical analysis
Website: https://www.math.uni-tuebingen.de/de/forschung/maphy/personen/mariuslemm/mariuslemm
(@unituebingen.bsky.social)
Working on #quantum many-body physics and mathematical analysis
Website: https://www.math.uni-tuebingen.de/de/forschung/maphy/personen/mariuslemm/mariuslemm
Until recently, we thought that transporting a macroscopic cloud of particles a distance r in time t is suppressed by the usual LR-type light cone
exp(vt-r)
Turns out, the decay rate is proportional to the number of transported particles N
exp(N(vt-r))
arxiv.org/abs/2503.19788
exp(vt-r)
Turns out, the decay rate is proportional to the number of transported particles N
exp(N(vt-r))
arxiv.org/abs/2503.19788
March 26, 2025 at 8:41 AM
Until recently, we thought that transporting a macroscopic cloud of particles a distance r in time t is suppressed by the usual LR-type light cone
exp(vt-r)
Turns out, the decay rate is proportional to the number of transported particles N
exp(N(vt-r))
arxiv.org/abs/2503.19788
exp(vt-r)
Turns out, the decay rate is proportional to the number of transported particles N
exp(N(vt-r))
arxiv.org/abs/2503.19788
Had an amazing week at our Oberwolfach Mini-Workshop
"New Directions in Correlated Quantum Systems"
Huge thanks to our enthusiastic participants from both mathematics & physics!
"New Directions in Correlated Quantum Systems"
Huge thanks to our enthusiastic participants from both mathematics & physics!
February 21, 2025 at 3:26 PM
Had an amazing week at our Oberwolfach Mini-Workshop
"New Directions in Correlated Quantum Systems"
Huge thanks to our enthusiastic participants from both mathematics & physics!
"New Directions in Correlated Quantum Systems"
Huge thanks to our enthusiastic participants from both mathematics & physics!