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

• Linear particle acceleratorRelated: Radio-frequency waves supply energy to many modern linac structures.

• 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.

• Molecular physicsRelated: Its interaction with molecules enables spectroscopic measurements of molecular energy levels.

• Vacuum permeabilityRelated: The wave speed in vacuum depends on μ₀ and vacuum permittivity.

• Aether theoriesBroader topic: Aether theories proposed a medium for the propagation of these waves.

• Electromagnetic four-potentialBroader topic: Radiation solutions can be represented by propagating modes of the four-potential.

• Electromagnetic wave equationRelated: Solutions of the equation describe these propagating field patterns.

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

• Outer spaceRelated: Radiation travels through space and carries information from distant objects.

• Ball lightningRelated: Radiation is central to models that seek to explain energy storage and emission.

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

• Mechanical waveCompared with: Unlike a mechanical wave, it does not require a material medium.

• Crystal healingRelated: Claims about crystals emitting healing frequencies can be assessed against measurable electromagnetic radiation.

• Magnetic energyRelated: Changing field configurations can release magnetic energy as radiation.

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

• Massless particleRelated: Its freely propagating quanta are photons traveling at light speed in vacuum.

• 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.

• OrgoneCompared with: Orgone was described as radiation, but it has no established place in electromagnetic physics.

• 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.

• Poynting's theoremRelated: Their energy transport is a prominent application of the theorem’s flux term.

• Radiation (physics)Broader topic: Light, radio waves, and X-rays are radiation carried by electromagnetic fields.

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

• Acoustic techniquesCompared with: Unlike electromagnetic sensing, acoustic methods require a material medium.

• 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.

• Electromagnetic hypersensitivityRelated: Some suspected sources emit radiation, but the term covers a broad physical spectrum.

• History of electromagnetic theoryBroader topic: Maxwell's equations imply waves whose speed matches the measured speed of light.

• 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.

• Retarded timeRelated: Radiation observed now reflects the source at an earlier emission time.