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X-WR-TIMEZONE;VALUE=TEXT:Europe/Zurich
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DTSTAMP:20260923T111423Z
UID:6c6e9d79-a33f-4cf3-8f46-132dce398773
DTSTART:20261104T161500
DTEND:20261104T171500
DESCRIPTION:Whether gravity must obey the laws of quantum mechanics has rem
 ained unresolved for nearly a century. Recent self-consistent models coupl
 ing quantum mechanics and classical gravity sharpen the question\, leaving
  experiment as the ultimate arbiter. Gravity-mediated entanglement offers 
 a route to test gravity's quantum nature\, though the challenges are formi
 dable. I will discuss our efforts using milligram-scale torsion pendulums\
 , optical cavities\, and laser-cooled atoms to approach this regime.
LOCATION:ETH Zürich\, Hönggerberg HIT G 4
ORGANIZER:Onur Hosten
SUMMARY:Pursuing quantum aspects of gravity with milligram scale pendulums
URL;VALUE=URI:https://colloquium.phys.ethz.ch/programme/current.html
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