This paper presents a working microphysical framework within the Dynamic Cosmic Medium Model (DKMM). Particles are not treated as point-like objects placed in empty space, but as stable configurations of a dynamic cosmic medium. The proton is provisionally interpreted as an open coillike vortex with axial medium flow, the electron as a compact closed recirculating knot without a through-channel, and the neutron as a proton-like regime whose axial flow is blocked or compensated by an electron-like structure. The text introduces a DKMM terminology bridge, a provisional relation between bound energy and inertial response through the factor KDKM, compensating medium impulses during proton-neutron transitions, and a possible experimental direction: searching for a structured medium-state afterglow after high-energy collisions.
Aleš Hrůza (Wed,) studied this question.