Photons example sentences

Related (7): energy, particles, quanta, frequency, wavelength, absorption, emission

"Photons" Example Sentences

1. Photons are particles of light.
2. The human eye can detect individual photons.
3. The energy of photons determines their frequency.
4. The absorption of photons is what causes photosynthesis.
5. Photons are characterized by their wavelength and frequency.
6. Lasers emit photons in a narrow beam.
7. Solar panels convert photons into electrical current.
8. X-rays are high-energy photons.
9. Gamma rays are the most energetic photons in the electromagnetic spectrum.
10. The study of photons is part of quantum mechanics.
11. The speed of photons in a vacuum is constant.
12. The diffraction of photons can reveal the structure of molecules.
13. The scattering of photons can be used to detect particles in a sample.
14. Photons can be entangled with each other in quantum systems.
15. The energy of photons can be quantized in atomic transitions.
16. The absorption or emission of photons can cause fluorescence.
17. The emission of photons by atoms can produce a laser.
18. The behavior of photons can be explained by wave-particle duality.
19. The detection of photons can be used in imaging and spectroscopy.
20. The energy of photons is related to their color in the visible spectrum.
21. The number of photons emitted in a light source determines its brightness.
22. The intensity of light is measured in the number of photons per second.
23. Photons can be used for communication in fiber optics.
24. The behavior of photons is subject to the laws of thermodynamics.
25. Photons can interact with matter through absorption and scattering.
26. The energy of photons can be transferred to matter in photoelectric effect.
27. The study of photonics involves the manipulation and control of photons.
28. The speed of photons through different materials can be measured by their refraction.
29. The interaction of photons with electrons in a material can cause a current to flow.
30. The study of quantum electrodynamics explains the behavior of photons in relation to electric and magnetic fields.

Common Phases

1. Photons are packets of energy;
2. Photons are fundamental particles of light;
3. Photons exhibit both wave-like and particle-like properties;
4. Photons can be emitted, absorbed, and scattered by matter;
5. Photons travel at a constant speed of 299,792,458 meters per second;
6. Photons are the basis of many technologies, including lasers and solar cells;
7. Photons play a critical role in our understanding of the universe and its evolution.

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