On the Availability of Absorbing Single Photon from Perfectly Absolute Vacuum: A way stabilizing quantum fluctuations

This paper opens unsolved facts at behind of self-creation phase, P_h of initial photon, IP in perfectly absolute vacuum, PAV. An approach, that applies for shaping events to have solution with topological processes, TPs is given. TPs give possibilities to explain characteristics of specific events in quantum level by decomposing of single point spaces, sPSs and null spaces, NSs to their ingredients. Thing space, T^hS is a topological space, where things, T^hs, are incarcerated as embedded in sPS from NS at a point of T^hS at least. If a sPS changes its state, S_t between its S_t-1 up and S_t-3 down then it cannot spread except its inwards, inws so it cannot pass to its outwards, ouws; therefore, it is lost in T^hS but if it passes to S_t-2 down and/or S_t-4 up of its ouws then it passes to its ouws and begins to spread in T^hS; therefore, it appears. Incarceration P_hs are possible in 4 steps from PAV; i.e., 1) Fluctuating (appearing, push↑, p↑) P_h: to S_t-2 from S_t-1. Creation P_h of IP from NS: there are still PAVs. 2) Disappearing (↓pull, ↓p) P_h: to S_t-3 from S_t-4. Gravity interaction on IP: change in path comes from mechanism returning PAV back and it is a result of push↑↓pull effect, p↑↓p. The irregular differentials govern transitions and p↑↓p.

The flicks have S_ts varying between exist-T^h, eT^h and non-eT^h, neT^h. Spontaneous variations are designable of P_hs as {eT^h, neT^h} → (p↑, ↓p) by theoretically suitable equipment, p↑↓p-device providing specific conditions, principles, and equations of time energy. p↑↓p-device gives IP as absorbed from PAV.