Category:Electromagnetism

E

• Electric and magnetic fields in matter (4 C, 38 P)
• Electrical phenomena (6 C, 19 P)
• Electrical resistance and conductance (4 C, 18 P)
• Electricity (16 C, 93 P)
• Electrodynamics (4 C, 58 P)
• Electromagnetic compatibility (1 C, 36 P)
• Electrostatics (2 C, 33 P)

M

• Magnetism (11 C, 87 P)
• Magnetohydrodynamics (10 P)
• Maxwell's equations (8 P)

O

• Optics (25 C, 67 P)

P

• Plasma physics (3 C, 99 P)
• Potentials (2 C, 22 P)

Q

• Quantum electrodynamics (19 P)

S

• Superconductivity (3 C, 90 P)

V

• Voltage (3 C, 11 P)

• Physics:Electromagnetism
• Physics:Timeline of electromagnetism and classical optics

A

• Physics:Absorption cross section
• Physics:Algebra of physical space
• Physics:Alternating current field measurement
• Physics:Ampère's circuital law
• Physics:Analytical regularization
• Physics:Axial multipole moments

B

• Physics:Beam propagation method
• Physics:Biot–Savart law

C

• Physics:Catapult effect
• Physics:Cathode ray
• Physics:Characteristic mode analysis
• Physics:Charge
• Physics:Charge conservation
• Physics:Chiral media
• Physics:Chirality (electromagnetism)
• Physics:Circulation
• Physics:Classical electromagnetism
• Physics:Classification of electromagnetic fields
• Physics:Clausius–Mossotti relation
• Physics:Coenergy
• Physics:Conserved current
• Physics:Conventional electrical unit
• Physics:Coulomb constant
• Physics:Coulomb's constant
• Physics:Coulomb's law
• Physics:Counter-electromotive force
• Physics:Covariant formulation of classical electromagnetism
• Physics:Crab cavity
• Physics:Current sources and sinks
• Physics:Cylindrical multipole moments

D

• Physics:Diamagnetic inequality
• Physics:Dielectric heating
• Physics:Dipole
• Physics:Dipole glass
• Physics:Displacement current
• Physics:Dissipation factor
• Physics:Disturbance storm time index
• Physics:Duality (electricity and magnetism)

E

• Physics:Elastance
• Physics:Electric field
• Physics:Electric-field integral equation
• Physics:Electro-gyration
• Physics:Electrokinematics theorem
• Physics:Electromagnet
• Physics:Electromagnetic brake
• Physics:Electromagnetic buoyancy
• Physics:Electromagnetic cavity
• Physics:Electromagnetic clutch
• Physics:Friction-plate electromagnetic couplings
• Physics:Electromagnetic field
• Physics:Electromagnetic four-potential
• Physics:Electromagnetic radio frequency convergence
• Physics:Electromagnetic stress–energy tensor
• Physics:Electromagnetic tensor
• Physics:Electromagnetic theories of consciousness
• Physics:Electromagnetic therapy
• Physics:Electromagnetic wave equation
• Physics:Electromagnetically excited acoustic noise and vibration
• Physics:Electromagnetically induced acoustic noise
• Physics:Electromotive force
• Physics:Electron beam ion trap
• Physics:Electron electric dipole moment
• Physics:Electron magnetic resonance
• Physics:Electron optics
• Physics:Electron-beam processing
• Physics:Ewald summation

F

• Physics:FBI mnemonics
• Physics:Ferraris' motor
• Physics:Field magnet
• Physics:Fine-structure constant
• Physics:Finite-difference time-domain method
• Physics:Fleming's left-hand rule for motors
• Physics:Fleming's right-hand rule
• Physics:Flux linkage
• Biology:Focal molography
• Physics:Four-current

G

• Physics:Galilean electromagnetism
• Physics:Galilean non-invariance of classical electromagnetism
• Physics:Gap surface plasmon
• Physics:Gauss's law
• Physics:Giant magnetoimpedance
• Physics:Grating-coupled interferometry

H

• Physics:Hertz vector
• Physics:High-Intensity Focused Electromagnetic Field

I

• Physics:Impedance of free space
• Physics:Inhomogeneous electromagnetic wave equation
• Physics:Introduction to electromagnetism

J

• Physics:Jefimenko's equations

K

• Physics:Karlqvist gap
• Physics:Kelvin–Stokes theorem

L

• Physics:Larmor formula
• Physics:List of electromagnetism equations
• Physics:Lorentz force
• Organization:Lviv Centre of Institute for Space Research

M

• Physics:Magnes sive de Arte Magnetica
• Physics:Magnetic circuit
• Physics:Magnetic current
• Physics:Magnetic dipole–dipole interaction
• Physics:Magnetic form factor
• Physics:Magnetic pressure
• Physics:Magnetic reactance
• Physics:Magnetosphere chronology
• Physics:Magnetosphere particle motion
• Physics:Mathematical descriptions of the electromagnetic field
• Physics:Maxwell stress tensor
• Physics:List of textbooks in electromagnetism
• Physics:Maxwell's equations
• Physics:Maxwell-Lodge effect
• Physics:Maxwell–Lodge effect
• Physics:Metal-mesh optical filter
• Physics:Metamaterial
• Physics:Metamaterial antenna
• Physics:Metamaterial cloaking
• Mode of a linear field
• Physics:Moving-boundary electrophoresis
• Physics:MRI RF shielding

N

• Physics:Nonradiation condition
• Physics:Null

O

• Physics:Oersted's law

P

• Physics:Perturbed angular correlation
• Physics:Photocurrent
• Physics:Photon
• Physics:Photonic topological insulator
• Physics:Pitch angle (particle motion)
• Physics:Plasma
• Physics:Plasma channel
• Physics:Propagation constant

Q

• Physics:QED vacuum
• Physics:Quasistatic approximation

R

• Physics:Radiation trapping
• Physics:Radio atmospheric
• Physics:Reciprocity (electromagnetism)
• Physics:Riemann–Silberstein vector
• Physics:Right-hand rule
• Physics:Rowland ring

S

• Physics:Shim (magnetism)
• Physics:Shockley–Ramo theorem
• Physics:SI electromagnetism units
• Physics:Skin effect
• Physics:Speed of electricity
• Physics:Spherical multipole moments
• Physics:Spherical wave transformation
• Physics:Stokes' theorem
• Physics:Surface equivalence principle
• Physics:Surface plasmon resonance

T

• Physics:T-matrix method
• Physics:Test charge
• Physics:Toroidal moment
• Physics:Transfer-matrix method (optics)
• Physics:Transformation optics
• Physics:Transmission-line matrix method

W

• Physics:Wheeler–Feynman absorber theory
• Physics:Work (electric field)
• Physics:Work (electrical)

Z

• Physics:Zenneck wave
• Physics:Zilch (electromagnetism)