Linked from

The 40 pages that link to Lorentz force, each with the reason it gives.

• Magnetic fieldRelated: It specifies how a magnetic field deflects moving charges.

• Electric motorRelated: Magnetic force on current-carrying conductors creates the motor’s torque.

• ElectromagnetismBroader topic: It specifies how electromagnetic fields exert forces on charged matter.

• MagnetohydrodynamicsRelated: Magnetic fields alter fluid motion by exerting force on currents within the fluid.

• MagnetosphereRelated: It describes how a magnetic field redirects charged particles within the region.

• CommutatorRelated: Magnetic force on current-carrying armature conductors creates torque whose direction commutation sustains.

• Electromagnetic fieldRelated: It describes how the electromagnetic field acts on charged matter.

• Hendrik LorentzBroader topic: This equation expresses how electromagnetic fields act on the electrons in Lorentz’s theory.

• Electromotive forceRelated: Magnetic forces on moving charges can separate charge and produce motional EMF.

• CyclotronNarrower topic: Its electric part accelerates particles, while its magnetic part bends their paths.

• Biot–Savart lawRelated: The field computed by the law exerts magnetic force on moving charges through this relation.

• Magnetic levitationNarrower topic: Currents in coils and conductors experience the forces that generate lift and guidance.

• Charged particleRelated: It combines electric and magnetic effects into the rule governing a particle’s motion.

• Electron gunRelated: It governs how fields accelerate and steer electrons in the gun.

• Hall effectRelated: Its magnetic component deflects moving charge carriers toward one side of the sample.

• Thomson scatteringRelated: The incident electromagnetic field drives the particle's motion through this force.

• MagnetismRelated: Its magnetic component explains how fields deflect moving charges.

• MagnetostaticsRelated: It describes the force exerted by a magnetostatic field on moving charges.

• Classical electromagnetismBroader topic: It describes how electromagnetic fields act on charged matter.

• Lorentz factorCompared with: Despite the shared name, this force law is distinct from the Lorentz factor.

• Cathode rayRelated: It explains the deflection of cathode rays in field experiments.

• ElectrodynamicsRelated: It specifies how the fields act back on charged matter.

• Electromagnetic field tensorRelated: The tensor combines with a particle’s four-velocity to express this force covariantly.

• Electrostatic forceNarrower topic: It generalizes the electric-force description to include magnetic effects.

• Poynting vectorCompared with: It describes energy transfer to charged matter, while the vector describes field-energy flow.

• Nonconservative forceRelated: Its electric and magnetic components differ in how they contribute to work.

• Ampère's force lawNarrower topic: It provides the modern field-based account of magnetic forces on moving charges.

• Right-hand ruleRelated: A separate right-hand cross-product rule predicts magnetic force direction.

• Cyclotron radiationNarrower topic: Its magnetic component bends particle motion into the orbit that produces cyclotron radiation.

• Linear motorRelated: Magnetic force on current-carrying conductors produces the motor’s linear thrust.

• Cavity magnetronRelated: It determines how the electric and magnetic fields bend electron paths inside the tube.

• Poynting's theoremRelated: The theorem’s matter-work term is the field force dotted with charge-current density.

• Accelerators & storage ringsRelated: It governs how fields accelerate and steer particles inside a machine.

• Astrophysical electromagnetic fieldsRelated: It governs how charged cosmic particles move through electromagnetic fields.

• Beam dynamics (accelerator physics)Related: It governs how accelerator fields bend and accelerate individual beam particles.

• Bohr–van Leeuwen theoremRelated: It explains why a magnetic field bends charged-particle trajectories without doing work on them.

• History of electromagnetic theoryRelated: It connects the unified field description to the motion of charged matter.

• Magnetohydrodynamic techniquesRelated: Currents induced in a moving fluid experience this force, enabling magnetic control.

• Moving magnet and conductor problemRelated: In the moving-conductor arrangement, magnetic force on moving charges drives the current.

• Particle accelerator technologyRelated: It governs the basic steering and energy-transfer interactions in an accelerator.