Do you know any properties of photons?

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    Photons Properties
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SUMMARY

This discussion focuses on the properties of photons, highlighting ten key characteristics. Photons are massless particles that travel at the speed of light in a vacuum, carry energy and momentum, and are associated with electromagnetic waves. Additional properties include their ability to create diffraction patterns, their spin and polarization states, and their interaction with gravitational fields. The conversation emphasizes the importance of accurate information over simplistic lists for understanding complex concepts.

PREREQUISITES
  • Understanding of basic physics concepts, particularly in quantum mechanics.
  • Familiarity with electromagnetic wave theory.
  • Knowledge of particle physics, specifically the behavior of photons.
  • Awareness of the principles of wave-particle duality.
NEXT STEPS
  • Research the implications of photon spin and polarization in quantum optics.
  • Explore the relationship between photons and electromagnetic waves in detail.
  • Study the effects of gravity on light, particularly in the context of general relativity.
  • Investigate the principles of diffraction and interference patterns in wave physics.
USEFUL FOR

Students and professionals in physics, particularly those specializing in quantum mechanics, optics, and electromagnetic theory will benefit from this discussion.

Dadface
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If there are real photons it might be considered reasonable to assume that each photon has certain properties. Here I am interested in finding out all known photon properties, initially by means of making a list. I have started a list and would appreciate if any additions are made to it. I would also appreciate comments, such as if it is considered that there are certain thing(s) on the list shouldn't be there. Thank you.


1. Photons have zero mass.
2. All photons travel at the same speed in vacuum.
3. They carry energy.
4. They carry momentum
5. They are related to electromagnetic waves and each photon has a frequency.
6. Each photon can contribute to a diffraction/interference pattern.
7. Photons are destroyed when they are detected.
8. Each photon has a certain spin.
9. Each photon has state of polarisation which is related to its spin.
10. Photons can be deflected due to gravitational effects.

etc
Thanks
 
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First, a list of properties is probably the worst way to understand things. Not everything reduces to sound bites.

Second, our experience here is that the strategy of posting statements that are not true in the hopes of getting them corrected is not just inefficient way to learn but also historically a technique that drives the people trying to help crazy.

The tread is closed.
 

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