Field form of dynamics and statistics of systems of particles with electromagnetic interaction

It is shown that the equations of the dynamics of $N$ interacting particles can be represented for any $N$ in the form of a BBGKY hierarchy and a Liouville equation. A similar representation has been obtained for systems of charged particles in their electromagnetic self-field. This has made it possible to use the BBGKY hierarchy as a method of obtaining statistical equations. Transition to nondeterministic states of a particle-field system has the consequence that both the particle and the field states become nondeterministic due to the appearance of transition probabilities. The BBGKY hierarchy of evolution equations branches. In $7N$-dimensional phase spaces, there is no branching.