quantum photons
entangled photons
single photons
photon energy
photon detection
photon emission
photon source
photon polarization
photon flux
photon pair
photons are the fundamental particles of light.
scientists study how photons interact with matter.
photons can be emitted from various sources.
different colors of light correspond to different photons.
photons travel at the speed of light in a vacuum.
quantum mechanics describes the behavior of photons.
photons can exhibit both wave and particle properties.
lasers produce coherent photons in a focused beam.
photons play a crucial role in photosynthesis.
detecting photons is essential in many scientific experiments.
quantum photons
entangled photons
single photons
photon energy
photon detection
photon emission
photon source
photon polarization
photon flux
photon pair
photons are the fundamental particles of light.
scientists study how photons interact with matter.
photons can be emitted from various sources.
different colors of light correspond to different photons.
photons travel at the speed of light in a vacuum.
quantum mechanics describes the behavior of photons.
photons can exhibit both wave and particle properties.
lasers produce coherent photons in a focused beam.
photons play a crucial role in photosynthesis.
detecting photons is essential in many scientific experiments.
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