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gptkbp:instanceOf
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physical phenomenon
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gptkbp:alsoKnownAs
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gptkb:Special_Theory_of_Relativity
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gptkbp:appliesTo
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inertial reference frames
|
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gptkbp:category
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gptkb:theoretical_physics
physics
relativity
|
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gptkbp:describes
|
relationship between space and time
|
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gptkbp:evidence
|
gptkb:Hafele–Keating_experiment
gptkb:Ives–Stilwell_experiment
gptkb:Michelson–Morley_experiment
muon lifetime experiments
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gptkbp:excludes
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gravity
|
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gptkbp:formedBy
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gptkb:Albert_Einstein
1905
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gptkbp:hasConcept
|
gptkb:Lorentz_invariance
gptkb:relativistic_Doppler_effect
gptkb:twin_paradox
light cone
causality
four-velocity
proper time
relativistic energy
relativistic momentum
rest mass
simultaneity
spacetime diagram
invariant interval
velocity addition formula
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gptkbp:hasEquation
|
E=mc^2
|
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gptkbp:hasMathematicalFramework
|
gptkb:Lorentz_transformations
gptkb:Minkowski_spacetime
|
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https://www.w3.org/2000/01/rdf-schema#label
|
Special Relativity
|
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gptkbp:influenced
|
gptkb:cosmology
gptkb:quantum_field_theory
particle physics
modern physics
|
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gptkbp:opposedBy
|
Newtonian mechanics at high velocities
|
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gptkbp:postulate
|
laws of physics are the same in all inertial frames
speed of light in vacuum is constant for all observers
|
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gptkbp:precededBy
|
gptkb:General_Relativity
|
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gptkbp:predicts
|
gptkb:mass–energy_equivalence
length contraction
relativity of simultaneity
time dilation
|
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gptkbp:publishedIn
|
gptkb:Annalen_der_Physik
|
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gptkbp:replacedBy
|
gptkb:Galilean_relativity
|
|
gptkbp:usedIn
|
gptkb:particle_accelerators
gptkb:GPS_technology
nuclear energy
|
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gptkbp:bfsParent
|
gptkb:Relativity
|
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gptkbp:bfsLayer
|
5
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