ON THE PHYSICAL ENFORCEMENT OF COLLECTIVE EMISSION IN ELECTRICALLY DRIVEN EMITTER ENSEMBLES

This paper examines whether collective emission in electrically driven emitter ensembles constitutes a physically enforcing mechanism or merely a descriptive label for how supplied energy is released. Using a strict logical-necessity framework, it isolates energy sourcing from kinetic rate mediation and tests whether collective emission itself injects energy, performs work, or enforces physical evolution. By applying enforcement and removal criteria, the analysis shows that while collective effects can modify emission rates and pathways, all physically enforcing energy originates from the external electrical drive, not from the collective emission descriptor itself.