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CCERN LHC
13.6 TeV collisions search for extra dimensions and microscopic wormhole traces, the world's strongest spacetime probe.
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Ranklist
Ranklist
Ranked by objective public data. Data snapshot 2026-09-22.
Rankings are computed from the authoritative public sources listed below, weighted into a single objective index.
13.6 TeV collisions search for extra dimensions and microscopic wormhole traces, the world's strongest spacetime probe.
In 2022, quantum processors simulated traversable wormhole dynamics, first validating the ER=EPR conjecture.
Dual interferometers test whether spacetime is made of discrete pixels, directly constraining holography and spacetime foam.
Gravitational-wave echoes and polarization test whether compact objects are wormholes rather than black holes.
Imaging M87* and Galactic Center black hole shadows: photon rings distinguish black holes from traversable wormholes.
Maldacena proposed ER=EPR here, unifying quantum entanglement with wormhole geometry.
Canadian quantum gravity hub, continuously publishing core papers on emergent spacetime and traversable wormhole theory.
Einstein Institute, using numerical relativity to simulate wormhole stability and observable gravitational-wave signals.
Million-km arm interferometer launched in the 2030s detects primordial wormholes and early-universe spacetime disturbances.
World's deepest underground lab, ultra-low background environment searching for new physics signs like extra dimensions.
This ranking is aggregated from the following authoritative sources:
Compiled by Ranklist from the public sources listed above. Figures are a snapshot taken on 2026-09-22, not live data.
Known limits This list reflects what those sources had published at the time of collection. Where sources disagree, we follow the one named first under Ranking Criteria.
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