Duality and Symmetry of Waves and Particles (偏微分方程式と時間周波数解析 短期共同研究報告集)

Sydney Ernest Grimm

Paper about the origin of the wave-particle duality.

Yi‐Fang Chang

Recent some experiments showed many new characters in quantum physics.The Which Way(WW) experiments imply possible breaking of wave-particle duality.From this the effectiveness of quantum-wave should be tested continuously for single particle,an exceedingly small time-space,strong and weak interactions of short-rang,and high energy,etc.These experiments provided some possibilities on developing direction of particle physics.According to the discussion of the statistical foundation of quantum mechanics and total characters of particle physics,it is derived a possible direction of theoretical development: new duality of symmetry and statistics.Since a relation between statistics and quantum field is me-to-one,the new duality corresponds to the general extensive quantum theory.

泉 小嶋

Carson L. Tang

Paco H. Talero L., William J. Robayo

In modern physics courses the idea of photon has been teaching through from the einsteinian formulation based on the photoelectric effect. Einstein's photon concept allow the quantization of the electromagnetic field, but does not dwell on the idea of photon as particle. The objective of this paper was to demonstrate that the photon has its origin essentially in the special relativity, the electromagnetic theory and in the symmetry between the Lorentz's transformations associated flat monochromatic electromagnetic waves and particles with zero rest mass. This approach allows to understand the wave-particle duality of photon and allows to propose an alternative teaching focused on this duality to develop the course of modern physics.

Peter Rowlands