3D-printed non-Euclidean dye-doped microcavities emulate black hole photon spheres and demonstrate lasing at analytically computed quasinormal modes.
Title resolution pending
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
representative citing papers
Derives equivalent Heaviside and Maxwellian gravito-Maxwell equations from gravitostatics, Galilean relativity, and finite-speed gravitational waves, correcting the force law and setting wave speed to c while claiming consistency with some GR results.
citing papers explorer
-
Black hole optical analogue: photon sphere microlasers
3D-printed non-Euclidean dye-doped microcavities emulate black hole photon spheres and demonstrate lasing at analytically computed quasinormal modes.
-
Gravitomagnetism and Gravitational Waves in Galileo-Newtonian Physics
Derives equivalent Heaviside and Maxwellian gravito-Maxwell equations from gravitostatics, Galilean relativity, and finite-speed gravitational waves, correcting the force law and setting wave speed to c while claiming consistency with some GR results.