KnowraQuantum Hall effectLinked fromLinked fromThe 35 pages that link to Quantum Hall effect, each with the reason it gives.All 35Broader topic 2Related 23Narrower topic 7Compared with 3International System of UnitsRelated: It supports precise electrical measurements linked to SI constants.Quantum electrodynamicsRelated: QED concepts help relate electromagnetic response and quantized conductance in matter.Pauli exclusion principleRelated: Its electronic states and filling factors reflect fermionic occupancy constraints.Planck constantRelated: Its resistance plateaus are quantized in units involving the elementary charge and h.MetrologyRelated: Its quantized resistance supplies a reproducible electrical reference for metrology.GrapheneRelated: Graphene exhibits a distinctive quantum Hall sequence linked to its Dirac-like bands.KilogramRelated: It provides a resistance standard used in electrical measurements for kilogram realization.International Bureau of Weights and MeasuresRelated: It provides a reproducible resistance standard within the modern SI framework.AmpereRelated: Its resistance standard supports precise electrical measurements linked to the ampere.CoulombRelated: Its resistance standard supports precise electrical measurements used alongside coulomb realizations.Fine-structure constantRelated: Its quantized resistance is linked to the conductance quantum and the electromagnetic coupling.Lev LandauRelated: Its electronic states are organized into Landau levels, extending the reach of Landau’s work.Aharonov–Bohm effectRelated: Its theory uses gauge potentials and phases whose global structure echoes the effect.Indistinguishable particlesRelated: In fractional states, collective excitations can exhibit anyonic exchange statistics.Landau levelRelated: Its conductance plateaus emerge as Landau levels fill.Physical constantRelated: Its resistance plateau provides a precise standard tied to fundamental constants.Moiré patternRelated: Moiré superlattices can create narrow bands and topological states related to quantum Hall physics.Electron massRelated: Its resistance standard contributes to precise measurements of fundamental constants tied to electron mass.Andre GeimRelated: Graphene’s unusual quantum Hall behavior provided a striking test of its electronic properties.Konstantin NovoselovRelated: Graphene’s unusual version of this effect provided evidence of its distinctive charge carriers.Mesoscopic physicsRelated: Its edge channels provide robust examples of quantum transport in finite structures.David ThoulessRelated: Thouless helped show why its conductance remains quantized despite many material imperfections.Two-dimensional system (physics)Related: It is a hallmark phenomenon enabled by two-dimensional motion and magnetic quantization.
KnowraQuantum Hall effectLinked fromLinked fromThe 35 pages that link to Quantum Hall effect, each with the reason it gives.All 35Broader topic 2Related 23Narrower topic 7Compared with 3International System of UnitsRelated: It supports precise electrical measurements linked to SI constants.Quantum electrodynamicsRelated: QED concepts help relate electromagnetic response and quantized conductance in matter.Pauli exclusion principleRelated: Its electronic states and filling factors reflect fermionic occupancy constraints.Planck constantRelated: Its resistance plateaus are quantized in units involving the elementary charge and h.MetrologyRelated: Its quantized resistance supplies a reproducible electrical reference for metrology.GrapheneRelated: Graphene exhibits a distinctive quantum Hall sequence linked to its Dirac-like bands.KilogramRelated: It provides a resistance standard used in electrical measurements for kilogram realization.International Bureau of Weights and MeasuresRelated: It provides a reproducible resistance standard within the modern SI framework.AmpereRelated: Its resistance standard supports precise electrical measurements linked to the ampere.CoulombRelated: Its resistance standard supports precise electrical measurements used alongside coulomb realizations.Fine-structure constantRelated: Its quantized resistance is linked to the conductance quantum and the electromagnetic coupling.Lev LandauRelated: Its electronic states are organized into Landau levels, extending the reach of Landau’s work.Aharonov–Bohm effectRelated: Its theory uses gauge potentials and phases whose global structure echoes the effect.Indistinguishable particlesRelated: In fractional states, collective excitations can exhibit anyonic exchange statistics.Landau levelRelated: Its conductance plateaus emerge as Landau levels fill.Physical constantRelated: Its resistance plateau provides a precise standard tied to fundamental constants.Moiré patternRelated: Moiré superlattices can create narrow bands and topological states related to quantum Hall physics.Electron massRelated: Its resistance standard contributes to precise measurements of fundamental constants tied to electron mass.Andre GeimRelated: Graphene’s unusual quantum Hall behavior provided a striking test of its electronic properties.Konstantin NovoselovRelated: Graphene’s unusual version of this effect provided evidence of its distinctive charge carriers.Mesoscopic physicsRelated: Its edge channels provide robust examples of quantum transport in finite structures.David ThoulessRelated: Thouless helped show why its conductance remains quantized despite many material imperfections.Two-dimensional system (physics)Related: It is a hallmark phenomenon enabled by two-dimensional motion and magnetic quantization.