Revision #182 → #1322 · back to history
addedGauge theoryc3c9fd322b96
addedGauge transformation78e33f608854
addedGauge invariancee29f53c74ca9
addedGauge symmetryb9d042359a75
addedGauge theory (general criterion)0f7caadc3203
addedObservables vs potentials in electromagnetism85d45d0ea4ef
addedShifted potential solves Maxwell's equations2ca6dde3f7aa
addedGauge symmetry and energy conservation imply charge conservation776a74fd37b9
addedGauge transformations in general relativity4fb2687495f8
addedIdentical hydrogen atoms across space and timed2d939d8e06b
addedTranslation invariance063d40e8bfb9
addedArbitrary time-like coordinate redefinitione309e7fdbf6a
addedGeneral covariance24ad6838e688
addedGeneral covariance is a special case of gauge invariancebb49355a9174
addedMaxwell's equations in generally covariant form5942b0dad310
addedDouble-slit experiment with electrons765fa3eddcad
addedElectron wave frequency and kinetic energy relation2cd23cfe1d38
addedAharonov–Bohm effect0c36203592bd
addedOnly phase difference affects the result4e2c6c5d73c5
addedGauge symmetry needed for renormalizable QED9a49279e35c0
addedElectron phases form U(1)60507dda555d
addedAbelian (commutativity)715859ddd095
addedGroup (associativity, identity, inverse)e9d6f1355adc
addedOther abelian groups40f1c08742a9
addedTwisting a cylinder as choice of gaugedafc2c2c65e2
addedNoncommutative gauge groups and self-interacting fields1f4eba4c6a20
addedIndistinguishable twins Alice and Bettyeded26513f18
addedMomentum and wavelength relationbd7a0e935f08
addedGauge symmetry explains electromagnetic interactionsa98d05f75683
addedGauge bosons8561a258cae4