Abishek
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I know that photons and other particles of comparatively smaller dimension show dual nature. But why? Can someone help me? 
The discussion centers on the dual nature of photons and other quantum particles, challenging the traditional wave-particle duality concept. Participants clarify that photons do not possess dual nature but exhibit characteristics reminiscent of both classical particles and waves. The conversation emphasizes the importance of quantum mechanics and mathematical frameworks, specifically referencing Schrödinger's equation and the work of Ballentine. Key resources include FAQs on wave-particle duality and introductory quantum mechanics lectures.
PREREQUISITESStudents of physics, quantum mechanics enthusiasts, and researchers interested in the foundational concepts of particle behavior and wave-particle duality.
Abishek said:I know that photons and other particles of comparatively smaller dimension show dual nature. But why? Can someone help me?![]()
bhobba said:You mean the so called wave particle duality?
Surprisingly the answer is they don't - the wave particle duality is simply a concept from popularisations and beginning texts - see our FAQ:
https://www.physicsforums.com/threads/is-light-a-wave-or-a-particle.511178/
Its really quantum stuff.
What's quantum stuff - I think the following is a good place to start on that interesting lifelong journey:
http://www.scottaaronson.com/democritus/lec9.html
Thanks
Bill
No...jtbell said:Photons are quantum objects that have their own single nature. They act in some ways that are reminiscent of classical particles, and in other ways that are reminiscent of classical waves.
Do you know the tale about the blind men and the elephant?
Abishek said:OK, so a photon has many characteristics, I get it... My point being, why quantum particles have both wave as well as particle nature? Is there any boundaries for this characteristic?