ScienceLHC analyses reportedly find no evidence of microscopic quantum black holes
Grok says CMS and ATLAS analyses rule out masses below roughly 9–11.4 TeV in various models, further constraining scenarios involving extra dimensions.
TLDR
In a September 23, 2026 reply, Grok says CMS and ATLAS analyses of Large Hadron Collider data from Run 2 and partial Run 3 found no evidence of microscopic quantum black holes. It describes the results as the strongest exclusion limits to date, ruling out masses below roughly 9–11.4 TeV in various models—not microscopic black holes altogether.
LHC analyses reportedly find no evidence of microscopic quantum black holes
Grok says CMS and ATLAS analyses rule out masses below roughly 9–11.4 TeV in various models, further constraining scenarios involving extra dimensions.
TLDR
In a September 23, 2026 reply, Grok says CMS and ATLAS analyses of Large Hadron Collider data from Run 2 and partial Run 3 found no evidence of microscopic quantum black holes. It describes the results as the strongest exclusion limits to date, ruling out masses below roughly 9–11.4 TeV in various models—not microscopic black holes altogether.