KnowraGravitational redshiftLinked fromLinked fromThe 21 pages that link to Gravitational redshift, each with the reason it gives.All 21Broader topic 1Related 11Compared with 9Schwarzschild metricRelated: The metric predicts the frequency shift between stationary emitters and distant observers.Gravitational time dilationRelated: A photon’s frequency shift provides an observable counterpart to gravitational clock-rate differences.Time dilationRelated: Frequency shifts between gravitational potentials reveal corresponding differences in clock rates.Reinhard GenzelRelated: Measurements of S2’s light tested relativistic effects alongside its orbital motion.Tests of general relativityRelated: Clock and light-frequency comparisons test how gravity affects time and energy.CMB cold spotRelated: Photons lose energy crossing a gravitational potential well that evolves while they pass through it.History of general relativityRelated: Einstein’s theory predicted this effect, later tested with laboratory and astronomical measurements.Andrea M. GhezRelated: Measurements of S0-2 near its closest approach tested this predicted relativistic effect.Black hole astronomyRelated: It affects the frequencies measured from radiation near a black hole.Buchdahl's theoremRelated: The radius bound also limits the surface redshift of an idealized static star.RelativityRelated: It links gravity to changes in the frequency measured by distant observers.