1/17/2024 0 Comments Particle model of light phenomenaThe following are recommended to those interested in reading further. The “Photon on trial” can be found in a number of books on quantum mechanics. The study seeking the nature of the photon is gathering greater attention. Recently, the research involves estimating which one of the two slits the photon passed through, or in other words, calculations and experiments carried out using the “weak value,” have been conducted frequently. This work is a famous scientific essay that describes the essence of quantum mechanics in an easily understandable way and has been read by a great many people up to date. It was written by Shinichiro Tomonaga, a winner of Nobel Prize in physics, and published in 1949. The “Mitsuko/Koshi no Saiban (Photon on trial)” is a story setup as a mysterious courtroom drama on the dual nature of the photon. Millikan theorised that if the experiment. If we could make this happen through the fresh sensitivity, imagination, and enthusiasm of those viewing this website, then it would be wonderful. Later on, American experimental physicist Robert Millikan tried to disprove the theory of light being a particle. The photon plays an important role in the structure of the world where we live and is deeply involved with sources of matter and life.īy knowing the nature of the photon, we can utilize light more effectively and create an innovative new society that exceeds our imagination. The other three forces are gravitational force, strong force, and weak force. IT is known that among the four forces constituting the universe, the photon serves to convey electromagnetic force. Well then how is it that the photon simultaneously possesses two completely different properties? What exactly is a photon anyway? The photon is now regarded as a particle in fields related to the interaction of material with light that is absorbed and emitted and regarded as a wave in regions relating to light propagation. Based on Einstein’s light quantum hypothesis, the duality of the photon was confirmed quantum-mechanical experiments and examination.
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