Linked from

The 138 pages that link to Electromagnetic radiation, each with the reason it gives.

• Jones calculusNarrower topic: The vectors in Jones calculus describe the transverse electric field of a wave.

• Light scatteringNarrower topic: Light scattering is the redirection of this radiation through interactions with matter.

• Solar energyNarrower topic: Sunlight is electromagnetic radiation, and its wavelength affects how solar devices capture it.

• InSARNarrower topic: Radar phase measures position within the transmitted and returned electromagnetic wave.

• Law of reflectionNarrower topic: The ray law approximates the behavior of electromagnetic waves at surfaces.

• Solar radiationNarrower topic: Solar radiation is one naturally occurring source of this broader phenomenon.

• Wave opticsNarrower topic: Visible light is an electromagnetic wave, not a vibration of a material medium.

• Atmospheric opticsNarrower topic: Atmospheric optics concerns how this radiation changes direction, intensity, and color in air.

• Coherence lengthNarrower topic: Coherence length describes phase stability in electromagnetic waves as well as other waves.

• Multipath propagationNarrower topic: Radio multipath is the behavior of electromagnetic waves interacting with surroundings.

• Parabolic reflectorNarrower topic: Visible light and radio waves can both be focused by suitably shaped reflectors.

• Astronomical observationNarrower topic: Most astronomical measurements begin with radiation traveling from a source to a detector.

• Circular polarizationNarrower topic: Circular polarization describes the changing direction of this wave’s electric field.

• Electronic spectroscopyNarrower topic: Ultraviolet and visible radiation supplies the photons that drive many electronic transitions.

• Luminiferous aetherNarrower topic: Electromagnetic waves replaced mechanical aether vibrations as the account of light's propagation.

• Oliver LodgeNarrower topic: Lodge experimentally investigated the waves predicted by electromagnetic theory.

• Electromagnetic shieldingNarrower topic: Radiated waves behave differently from static or near-field disturbances.

• Gaussian beamNarrower topic: A Gaussian beam is a spatially structured electromagnetic wave.

• Magneto-optic effectNarrower topic: The effect is a magnetic alteration of how this wave propagates through material.

• Black bodyNarrower topic: The ideal object absorbs and emits every frequency of electromagnetic radiation.

• Faraday cageNarrower topic: Wave behavior makes shielding depend on frequency, enclosure dimensions, and opening size.

• Igor TammNarrower topic: Cherenkov radiation is a distinctive form of electromagnetic radiation generated by moving charges.

• Ilya FrankNarrower topic: Cherenkov radiation is a specific form of electromagnetic radiation.

• Larmor formulaNarrower topic: The formula quantifies the radiated energy per unit time.

• Magnetic resonanceNarrower topic: Resonant systems absorb radiation when its frequency matches an allowed energy gap.

• Terrestrial televisionNarrower topic: Television broadcasts are electromagnetic waves traveling from transmitters to antennas.

• Astronomical interferometerNarrower topic: Astronomical interferometers combine electromagnetic signals gathered from celestial sources.

• Crystal opticsNarrower topic: Crystal-optic effects arise from how these fields couple to a structured medium.

• Impedance of free spaceNarrower topic: The impedance describes a field relationship within this broader class of waves.

• Ostankino TowerNarrower topic: Broadcast signals travel from the tower as electromagnetic waves.

• PhotonicsNarrower topic: Classical wave behavior describes propagation, interference, and polarization in photonic systems.

• Telecommunications engineeringNarrower topic: Wireless links rely on electromagnetic waves to carry signals without a physical conductor.

• Beam techniquesNarrower topic: Light, X-rays, and radio waves are electromagnetic beams.

• Displacement current densityNarrower topic: Displacement current density is part of the field dynamics underlying radiation.

• K. Ferdinand BraunNarrower topic: Radio transmission depends on the electromagnetic waves Braun helped engineer.

• Microwave techniquesNarrower topic: Microwave signals are electromagnetic waves, whether guided by structures or radiated.

• Moving magnet and conductor problemNarrower topic: The same unified field viewpoint extends beyond induction to the propagation of light.