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The 97 pages that link to Magnetic field, each with the reason it gives.

• Lenz's lawNarrower topic: Magnetic flux measures this field across a surface.

• Surrealist automatismBroader topic: This early work put automatist writing into practice and helped establish the method.

• ElectrodynamicsBroader topic: Its variation couples directly to the electric field through induction.

• Electromagnetic field tensorBroader topic: Its three components occupy the space-space entries of the tensor.

• Faraday rotationNarrower topic: Only the field component along the propagation path contributes to the standard rotation measure.

• Magnetic anomalyNarrower topic: The anomaly is a spatial variation in this underlying physical field.

• Poynting vectorRelated: Its orientation relative to the electric field determines the energy-flow direction.

• Pulsar wind nebulaRelated: The nebula’s field guides particles and enables synchrotron emission.

• Gauss's law for magnetismNarrower topic: The law constrains the geometry of this field rather than its local strength.

• Interplanetary magnetic fieldNarrower topic: The interplanetary field is a magnetic field extending through the solar wind.

• Jupiter's magnetosphereNarrower topic: The planetary field is the central force organizing this region.

• Magnetic circuitNarrower topic: Magnetic circuits approximate how this field is distributed through chosen paths.

• Magnetic vector potentialRelated: The curl of the vector potential gives this field.

• Electromagnetic shieldingRelated: Low-frequency magnetic fields can be difficult to shield with ordinary conductive enclosures.

• RotorRelated: Magnetic fields exert the forces that turn the rotor.

• Ampère's force lawRelated: Ampère's force can be expressed through the field generated by one conductor.

• Right-hand ruleNarrower topic: The rule specifies the field’s direction around a current.

• Electromagnetic four-potentialBroader topic: It is obtained as the curl of the spatial vector-potential components.

• Electromagnetic wave equationRelated: A companion wave equation governs the magnetic-field components.

• Solenoidal vector fieldRelated: Gauss’s law for magnetism states that the magnetic field has zero divergence.

• Cyclotron radiationRelated: Its strength determines the particle’s gyration frequency and the radiation’s characteristic scale.

• Jean-Baptiste BiotNarrower topic: Biot’s law describes how electric currents generate this field.

• Magnetic sensorNarrower topic: It is the physical quantity every magnetic sensor responds to.

• WeberNarrower topic: Magnetic flux depends on the field crossing a surface.

• X-ray pulsarRelated: A neutron star's strong field channels incoming plasma toward its magnetic poles.

• C. T. R. WilsonRelated: A magnetic field bends charged-particle tracks, helping determine their momentum and charge.

• Curie's lawRelated: It is the applied field whose induced magnetization defines susceptibility.

• HenryRelated: Magnetic fields produce the flux measured in the henry’s definition.

• Herbig Ae/Be starRelated: The prevalence and role of organized fields in Herbig Ae/Be stars remain uncertain.

• Magnetic energyNarrower topic: Magnetic energy is assigned to this field and its configuration.

• Magnetic resonanceNarrower topic: Its strength sets the energy splitting and resonance frequency.

• Carl David AndersonRelated: Track curvature in a magnetic field revealed particle momentum and charge sign.

• Impedance of free spaceRelated: Its wave amplitude forms the denominator of the ratio.

• Indie popRelated: Their songwriting shows how indie pop can pair catchy melodies with unconventional lyrics and arrangements.

• Poynting's theoremRelated: Its energy storage and coupling to the electric field enter the conservation law.

• Young stellar objectRelated: Magnetic stresses can regulate infall and help launch protostellar jets.

• Daniel HandlerRelated: Handler has performed accordion with the band, adding music to his creative work.

• Displacement current densityRelated: Displacement current density contributes to the magnetic field through the Maxwell–Ampère law.

• Field lineBroader topic: Magnetic field lines depict its local direction and the relative concentration of its strength.

• Gamma CassiopeiaeRelated: The role of magnetic fields in heating the star’s surrounding gas remains uncertain.

• Hopkinson effectRelated: Permeability measures how a material responds to an applied magnetic field.

• Levitation (physics)Related: Its spatial pattern determines the strength and direction of magnetic support.

• Lorenz gauge conditionRelated: It is the other physical field encoded by the electromagnetic potentials.

• Magnetic systemsRelated: The field mediates forces and torques on magnets and magnetic materials.

• Magnetic techniquesNarrower topic: It is the applied influence that steers, probes, or detects materials across these methods.

• Moving magnet and conductor problemCompared with: Classical descriptions assign the relevant field action differently depending on which object moves.

• Toroid (electromagnetism)Narrower topic: The toroid’s geometry shapes where its magnetic field is concentrated.