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.Vacuum polarizationCompared with: Both concern quantum vacuum effects, but the Casimir effect arises from boundary-dependent forces.Quantum fluctuationBroader topic: It is a measurable force associated with altered vacuum fluctuations between surfaces.Hendrik CasimirBroader topic: Casimir predicted this effect for ideal parallel conducting plates.Torsion balanceRelated: Sensitive torsion balances can measure this weak force at short distances.Vacuum energyBroader topic: It demonstrates that boundary-dependent vacuum energies can produce measurable forces.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.Quantum vacuum stateBroader topic: Conducting boundaries alter electromagnetic vacuum modes, producing an observable force.Scharnhorst effectRelated: The plate geometry that produces the Casimir effect is also the setting for the predicted speed increase.
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.Vacuum polarizationCompared with: Both concern quantum vacuum effects, but the Casimir effect arises from boundary-dependent forces.Quantum fluctuationBroader topic: It is a measurable force associated with altered vacuum fluctuations between surfaces.Hendrik CasimirBroader topic: Casimir predicted this effect for ideal parallel conducting plates.Torsion balanceRelated: Sensitive torsion balances can measure this weak force at short distances.Vacuum energyBroader topic: It demonstrates that boundary-dependent vacuum energies can produce measurable forces.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.Quantum vacuum stateBroader topic: Conducting boundaries alter electromagnetic vacuum modes, producing an observable force.Scharnhorst effectRelated: The plate geometry that produces the Casimir effect is also the setting for the predicted speed increase.