KnowraGalilean transformationLinked fromLinked fromThe 17 pages that link to Galilean transformation, each with the reason it gives.All 17Broader topic 2Related 4Compared with 11Lorentz transformationCompared with: Unlike a Lorentz transformation, it leaves time unchanged and does not preserve the spacetime interval.Light coneCompared with: Unlike Lorentz transformations, it does not preserve a finite-speed light cone.Minkowski spacetimeCompared with: It replaces Lorentz transformations when light speed is not treated as invariant.Rotating reference frameCompared with: Unlike a Galilean boost, rotation changes direction as well as the frame's orientation.Four-momentumCompared with: Its separate treatment of space and time contrasts with Lorentz transformations of four-momentum.Lorentz ether theoryCompared with: Its absolute time and velocity addition conflict with the transformations required by Lorentz ether theory.Lorentz factorCompared with: It applies at speeds small compared with c, where γ is approximately one.Electromagnetic field tensorCompared with: Its assumptions do not preserve the relativistic mixing of electric and magnetic fields.Lorentz covarianceCompared with: It describes the classical alternative, where simultaneity is absolute and light speed is not invariant.Non-inertial reference frameCompared with: It relates inertial frames, unlike transformations that introduce accelerating coordinates.Relativistic mechanicsCompared with: It conflicts with the invariant speed of light assumed by relativistic mechanics.