174 Another Word for Photon? – Photon Synonyms & Antonyms

Want to say photon differently? Here are other words for photon and its similar synonyms and opposite words to say in unique way.


Meaning of photon

A photon is a type of elementary particle that represents a quantum of light or electromagnetic radiation.

Etymology of photon

The word "photon" was coined by the American physical chemist Gilbert N. Lewis in 1926, derived from the Greek word "phos," meaning light, and the suffix "-on," which is a characteristic suffix for denoting a particle or a subatomic entity.
The term "photon" was initially used to describe a hypothetical particle that was thought to be the carrier of light, and it was later confirmed by experimental evidence and widely accepted by the scientific community.

Synonyms

quantum particle wave electron proton neutron boson fermion lepton meson baryon hadron gluon W boson Z boson Higgs boson graviton photon neutrino antineutrino muon tau quark antiquark nucleon alpha particle beta particle gamma ray X-ray radiation beam pulse flux intensity energy momentum spin polarization frequency wavelength amplitude oscillation vibration resonance emission absorption transmission reflection refraction diffraction

Definitions

  • A photon is a type of elementary particle that is the quantum of electromagnetic radiation, including light, and has both wave-like and particle-like properties.
  • Photons have zero rest mass and zero electric charge, but they do have energy and momentum, which are dependent on their frequency.
  • Photons are the quanta of electromagnetic radiation, and they exhibit both wave-like and particle-like behavior, depending on how they are observed and measured.

Usage Examples

  • The photon is the particle that makes up light and other forms of electromagnetic radiation.
  • Photons are emitted by excited atoms and molecules, and they can be absorbed by other atoms and molecules, leading to a variety of physical and chemical phenomena.
  • The energy of a photon is dependent on its frequency, and photons with higher frequencies have more energy than those with lower frequencies.

Antonyms

matter mass particle antiparticle fermion boson lepton hadron baryon meson quark gluon graviton tachyon bradyon luxon magneton nucleon alpha beta gamma delta epsilon zeta eta theta lambda muon tau neutrino antineutrino proton neutron electron positron
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