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EpiStack v1 — FLF competition
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analysis tests
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black holes1
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hypotheses
Folder: v1/analysis-tests/black-holes1/hypotheses
10 items under this folder.
Jul 20, 2026
H-1 - Stable LHC black holes trapped in Earth would accrete it catastrophically within the solar lifetime
Jul 20, 2026
H-10 - The exogenous terminal-catastrophe rate is not bounded below 1 per Gyr
Jul 20, 2026
H-2 - Stable LHC black holes pose no macroscopic risk to Earth within the solar lifetime
Jul 20, 2026
H-3 - Two or more large compact extra dimensions lower the fundamental gravity scale to about a TeV
Jul 20, 2026
H-4 - Black holes radiate thermally and evaporate, so a TeV-mass black hole would decay near-instantly
Jul 20, 2026
H-5 - The exogenous terminal-catastrophe rate is below about 1 per Gyr at 99.9 percent confidence
Jul 20, 2026
H-6 - Stable LHC black holes have some fate or impact not listed here
Jul 20, 2026
H-7 - Hawking evaporation fails and TeV-mass black holes are long-lived
Jul 20, 2026
H-8 - The fundamental gravity scale is far above LHC energies so no black holes form
Jul 20, 2026
H-9 - TeV-scale gravity arises via some mechanism not listed here
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