KnowraCasimir effectLinked fromLinked fromThe 17 pages that link to Casimir effect, each with the reason it gives.All 17Broader topic 4Related 12Compared with 1Quantum field theoryRelated: It illustrates observable consequences associated with quantum fields in a vacuum.Quantum electrodynamicsRelated: It illustrates measurable effects associated with quantum electromagnetic fields.London dispersion forceRelated: It is a related manifestation of fluctuation-induced attraction between separated bodies.Zero-point energyRelated: It is often explained through differences in allowed vacuum mode energies.Cosmological constant problemRelated: It demonstrates measurable vacuum-related effects, but does not establish that all vacuum energy gravitates as expected.Torsion balanceRelated: Sensitive torsion balances can measure this weak force at short distances.Virtual particleRelated: Virtual-particle imagery is common, though the effect is more precisely derived from field fluctuations and boundary conditions.Fifth forceRelated: Its background must be distinguished from any new force in submillimeter experiments.Micromechanical and nanomechanical oscillatorsRelated: Its force can perturb the motion of closely spaced nanomechanical structures.Nanoelectromechanical systemsRelated: At nanometer gaps, this force can alter NEMS motion and cause moving parts to stick.QED vacuumRelated: It is a measurable consequence of how boundaries modify electromagnetic vacuum fluctuations.Scharnhorst effectRelated: The plate geometry that produces the Casimir effect is also the setting for the predicted speed increase.