Linked from

The 48 pages that link to Magnetic moment, each with the reason it gives.

• Nuclear magnetic resonance spectroscopyRelated: Nuclear magnetic moments couple to the external field and radiofrequency pulses.

• Zeeman effectNarrower topic: The field acts on atomic magnetic moments to split their energy levels.

• Magnetic susceptibilityNarrower topic: The moments of atoms and electrons underlie a material’s magnetic response.

• Nuclear magnetic resonanceNarrower topic: A nucleus produces an NMR response only when it has a magnetic moment.

• FerromagnetismNarrower topic: Ferromagnetic order aligns many microscopic moments into a macroscopic magnetization.

• Magnetic fluxCompared with: A dipole’s moment is not the same as field passing through a surface.

• Curie temperatureBroader topic: Collective alignment of these moments produces ferromagnetic order.

• Magnetic domainNarrower topic: The aligned moments within a domain combine into its net magnetization.

• MagnetizationBroader topic: Magnetization is the sum of microscopic magnetic dipole moments divided by volume.

• ParamagnetismBroader topic: Unpaired electrons supply the moments that align with an applied field.

• Magnetic dipoleRelated: It sets the strength and axis of the field attributed to a magnetic dipole.

• Angular momentum operatorRelated: Angular momentum can produce a magnetic moment, but the two operators are not identical.

• Magnetic anisotropyNarrower topic: The alignment of microscopic magnetic moments underlies a material’s macroscopic directional behavior.

• Electron paramagnetic resonanceRelated: Electron magnetic moments couple to the field that drives resonance.

• AntiferromagnetismNarrower topic: The ordered units in an antiferromagnet are magnetic moments.

• Stern–Gerlach experimentRelated: The force on each atom depends on its magnetic moment’s component along the field.

• SuperparamagnetismRelated: The fluctuating quantity in superparamagnetism is the particle’s net moment.

• FerrimagnetismNarrower topic: Unequal moments on opposing sublattices leave ferrimagnets with a net moment.

• DiamagnetismRelated: The induced magnetic moment points opposite the applied field.

• MagnetismRelated: Magnetic moments are the microscopic sources of many magnetic fields.

• Anomalous magnetic dipole momentNarrower topic: The anomaly is a correction to a particle’s magnetic dipole moment, not the full moment itself.

• Electron magnetic momentNarrower topic: The electron’s moment is a particle-scale instance of this general magnetic quantity.

• Magnetic quantum numberRelated: Orbital and spin projections help determine a state's magnetic moment along the field.

• MagnetostaticsRelated: It characterizes small current loops and permanent magnetic moments.

• Bohr magnetonNarrower topic: The Bohr magneton is a unit used to express magnetic dipole moments.

• Larmor precessionNarrower topic: Precession tracks the changing orientation of this quantity.

• Nuclear magnetic momentNarrower topic: The nuclear moment is the nuclear-scale instance of this general physical quantity.

• Magnetic vector potentialRelated: The potential generated by a localized magnetic dipole has a characteristic spatial form.

• AntihydrogenRelated: An atom’s magnetic moment lets experiments confine some antihydrogen states in magnetic traps.

• Gyromagnetic ratioRelated: It is the numerator in the gyromagnetic ratio and sets the moment’s direction.

• Manganese(II)Related: Five unpaired d electrons give high-spin Mn²⁺ a substantial paramagnetic moment.

• Adiabatic invariantBroader topic: For slow field variation, this first adiabatic invariant remains approximately constant.

• Curie–Weiss law (magnetism)Narrower topic: The law describes the collective response of magnetic moments.

• Landé g-factorNarrower topic: The factor quantifies how an atomic state's angular momentum corresponds to its magnetic dipole moment.

• Otto SternNarrower topic: Stern’s beam deflections supplied measurements of atomic and proton magnetic moments.

• Isidor RabiNarrower topic: The resonance measurements Rabi pioneered determined nuclear magnetic moments.

• Curie's lawRelated: The moments' alignment in a field produces the susceptibility governed by the law.

• Kramers' theoremRelated: The theorem's historical motivation involved the behavior of magnetic atomic states.

• Magnetic energyRelated: It determines how a small magnet's energy depends on an applied field.

• Magnetic resonanceNarrower topic: Magnetic moments couple to the applied field and make resonance possible.

• Pauli equationRelated: The equation couples this intrinsic property to the magnetic field.

• Spontaneous magnetizationBroader topic: Spontaneous magnetization is the collective alignment of many microscopic moments.

• Dipole approximationBroader topic: For current distributions, this is the dipole quantity retained when higher moments are neglected.

• Atomic and molecular processes in external fieldsRelated: Magnetic moments determine how atoms and molecules respond to magnetic fields.

• Louis NéelRelated: His theories describe how atomic moments align or oppose one another.

• Magnetic systemsBroader topic: Moments are the microscopic or macroscopic sources whose interactions shape magnetic-system behavior.

• Magnetic techniquesRelated: Magnetic moments generate measurable signals and respond to applied fields.

• Nucleon magnetic momentNarrower topic: Nucleon magnetic moments are one particle-specific instance of this broader physical quantity.