Linked from

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

• Gravitational waveCompared with: Unlike light, gravitational waves interact extremely weakly with matter and pass through most intervening material.

• Kirchhoff's circuit lawsCompared with: Radiating circuits cannot always be modeled as instantaneous lumped networks.

• AcousticsCompared with: Unlike sound, electromagnetic radiation can travel through a vacuum.

• SoundCompared with: Unlike sound, electromagnetic waves can travel through a vacuum.

• Sound waveCompared with: Unlike sound, electromagnetic waves do not require a material medium.

• Electromagnetic interferenceCompared with: Radiation is a physical form of energy; it becomes interference when it disrupts equipment.

• Matter waveCompared with: Unlike a matter wave, it is a field disturbance rather than an amplitude for material particles.

• Longitudinal waveCompared with: Electromagnetic waves in vacuum are transverse, unlike ordinary sound waves.

• Solar energetic particleCompared with: Solar eruptions emit radiation as well as particles, but the two travel and interact differently.

• Electrostatic forceCompared with: Changing fields can propagate as radiation, unlike the static interactions described here.

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

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

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