Linked from

The 25 pages that link to Michelson–Morley experiment, each with the reason it gives.

• Special relativityRelated: Its null result sharpened the puzzle of light propagation that preceded the theory.

• Speed of lightRelated: Its null result challenged ether theories and informed the path toward relativity.

• Lorentz transformationRelated: Its null result formed part of the historical setting for abandoning preferred-frame explanations.

• InterferometryRelated: It showed how precise fringe comparisons could test a fundamental physical hypothesis.

• Michelson interferometerBroader topic: It used fringe comparisons as Earth’s orientation changed to seek an ether-wind signal.

• Hendrik LorentzRelated: Its null result challenged aether models and prompted explanations including Lorentz contraction.

• Corpuscular theory of lightRelated: It helped overturn the classical medium-based framework that eventually replaced Newtonian corpuscles.

• Experimental physicsBroader topic: Its null result became a landmark constraint on theories of light and motion.

• Action at a distanceBroader topic: Its null result undermined a prominent medium-based account of electromagnetic propagation.

• Lorentz ether theoryBroader topic: The experiment's null result motivated explanations such as ether-based length contraction.

• Albert A. MichelsonBroader topic: Michelson and Edward Morley used interferometry to test whether Earth’s motion changed light’s travel time.

• Auxiliary hypothesisBroader topic: Interpreting its null result required assumptions about the apparatus and the proposed ether.

• Length contractionCompared with: Its null result motivated historical ideas about motion-dependent lengths, but did not directly measure relativistic contraction.

• Luminiferous aetherBroader topic: Its null result undermined the expected variation in light's speed through a stationary aether.

• Principle of relativityRelated: Its null result challenged ether-based accounts and shaped the context for special relativity.

• Ad hoc hypothesisRelated: The null result prompted revisions to ether theories, illustrating how anomalies can challenge supporting assumptions.

• Aether theoriesRelated: Its null result is often treated as decisive evidence against simple stationary-aether models.

• History of opticsBroader topic: Its null result undermined the ether framework behind nineteenth-century optics.

• Léon FoucaultRelated: Its rotating optical apparatus developed a tradition of precision measurement associated with Foucault’s work.

• History of special relativityRelated: Its null result became the best-known experimental challenge to simple ether-drift predictions.

• Theory of relativityRelated: Its null result sharpened the problem of reconciling light with motion.

• Modern physicsRelated: Its null result helped undermine the aether hypothesis preceding special relativity.

• Edward W. MorleyRelated: Morley’s best-known collaboration used interference fringes to test Earth’s motion through ether.

• Foucault's measurements of the speed of lightRelated: Its interferometric precision grew from the tradition of terrestrial optical measurements that Foucault advanced.

• RelativityRelated: Its null result challenged the ether hypothesis preceding special relativity.