Abstrakt

Towards a Clasically Possible Inner Structure of Elementary Particles

Ismail German*

Some basic calculations regarding a trial to make elementary particles out of indivisible, extremely tiny, infinitely hard spheres moving with the speed of light are given. For convenience, calculations are done in 2 dimensions. The concept of the unit cell is introduced, some basic calculations regarding their behavior are given and momentum transfer via unit cells is investigated. Mention of a scheme following Gauss’ Law is made and further investigation with the help of machine learning techniques, after the results of the cost/benefit ratio, is suggested.