Fundamental physics opportunities with future ground-based mm/sub-mm VLBI arrays
Ayzenberg D, Blackburn L, Brito R, Britzen S, Broderick A, Carballo-Rubio R, Cardoso V, Chael A, Chatterjee K, Chen Y, Cunha P, Davoudiasl H, Denton P, Doeleman S, Eichhorn A, Eubanks M, Fang Y, Foschi A, Fromm C, Galison P, Ghosh S, Gold R, Gurvits L, Hadar S, Held A, Houston J, Hu Y, Johnson M, Kocherlakota P, Natarajan P, Olivares H, Palumbo D, Pesce D, Rajendran S, Roy R, Saurabh, Shao L, Tahura S, Tamar A, Tiede P, Vincent F, Visinelli L, Wang Z, Wielgus M, Xue X, Yakut K, Yang H, Younsi Z. Fundamental physics opportunities with future ground-based mm/sub-mm VLBI arrays. Living Reviews In Relativity 2025, 28: 4. DOI: 10.1007/s41114-025-00057-0.Peer-Reviewed Original ResearchSupermassive black holesEvent Horizon TelescopeVery-long-baseline interferometryBlack holeNext-generation Event Horizon TelescopeProperties of supermassive black holesSupermassive black hole systemBlack hole systemsStrong-field regimeMilky Way GalaxyProbe physical processesWay GalaxyHole systemsVLBI arrayMm/sub-mmScience casesPhysics opportunitiesTelescopeImaging interferometryTheoretical studyHolesPhysical processesPhysical investigationsInterferometryGalaxies
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