phenomenon 38.13 Time dilation

open in the book · parts/04-special-relativity/02-lorentz-transformations.tex:517 · p. 1213

Rests on

Supports

Neighborhood

Every logical edge within two steps of this node.

phenomenon 38.13: Time dilation38.13definition 38.12: Proper time38.12equation 38.3: eq:lor-boost-t38.3theorem 38.4: Lorentz boost38.4phenomenon 53.3: Gravitational shift of gamma rays over a tower53.3phenomenon 42.9: The relativistic clock budget of satellite navigation42.9phenomenon 50.3: Relativistic redshift and precession of a stellar orbit50.3remark 38.14: The effect is reciprocal, and that is consistent38.14proof : ch:02-lorentz-transformations@proof-5proofexperiment : Frisch and Smith: Mount Washington to sea levelexperime…experiment : Hafele and Keating: caesium clocks flown around the worldexperime…experiment : Ives and Stilwell: the moving atomic clockexperime…experiment : Rossi and Hall: muon survival with altitudeexperime…definition 38.6: Minkowski metric and interval38.6proposition 38.5: The invariant interval38.5definition 40.9: Four-force40.9definition 40.2: Four-velocity40.2phenomenon 40.15: Differential ageing40.15phenomenon 38.10: Relativity of simultaneity38.10phenomenon 38.18: Relativistic composition of velocities38.18proposition 38.9: Causal order is absolute38.9equation 38.10: eq:lor-boost-matrix-1d38.10notation 38.3: Standard configuration38.3postulate 38.2: Invariance of the speed of light38.2postulate 38.1: Principle of relativity38.1phenomenon 51.4: The dipole51.4proof : ch:02-lorentz-transformations@proof-1proofdefinition 42.2: The equivalence principle in three strengths42.2phenomenon 42.5: Gravitational redshift42.5proof : ch:12-exp-classical-tests@proof-3proofexperiment : Pound, Rebka and Snider: redshift in a towerexperime…proof : ch:01-equivalence-classical-tests@proof-7proofphenomenon 42.6: Anomalous perihelion advance of Mercury42.6proof : ch:09-exp-black-holes@proof-3proofphenomenon 115.55: Muons reach sea level115.55

Edges

typedirectionnode provenancewhere
cites An Experimental Study of the Rate of a Moving Atomic Clock derived parts/04-special-relativity/02-lorentz-transformations.tex:523
cites Variation of the Rate of Decay of Mesotrons with Momentum derived parts/04-special-relativity/02-lorentz-transformations.tex:523
depends_on Proper time declared parts/04-special-relativity/02-lorentz-transformations.tex:524
depends_on eq:lor-boost-t declared parts/04-special-relativity/02-lorentz-transformations.tex:524
depends_on Lorentz boost declared parts/04-special-relativity/02-lorentz-transformations.tex:524
depends_on Gravitational shift of gamma rays over a tower declared parts/05-general-relativity-cosmology/12-exp-classical-tests.tex:506
depends_on The relativistic clock budget of satellite navigation declared parts/05-general-relativity-cosmology/01-equivalence-classical-tests.tex:923
depends_on Relativistic redshift and precession of a stellar orbit declared parts/05-general-relativity-cosmology/09-exp-black-holes.tex:582
depends_on The effect is reciprocal, and that is consistent declared parts/04-special-relativity/02-lorentz-transformations.tex:563
proves ch:02-lorentz-transformations@proof-5 declared parts/04-special-relativity/02-lorentz-transformations.tex:527
tests Frisch and Smith: Mount Washington to sea level declared parts/04-special-relativity/05-exp-time-dilation.tex:181
tests Hafele and Keating: caesium clocks flown around the world declared parts/04-special-relativity/05-exp-time-dilation.tex:290
tests Ives and Stilwell: the moving atomic clock declared parts/04-special-relativity/05-exp-time-dilation.tex:21
tests Rossi and Hall: muon survival with altitude declared parts/04-special-relativity/05-exp-time-dilation.tex:118