Self-Givenness and Self-Understanding:

Radiation reaction of classical hyperbolic oscillator: Experimental signatures

“…(33) for w when T ∈ [T n−1 , T n−1/2 ], where the time intervals can be approximated by Eqs. (34) and (35). The oscillation half period in the lab frame is then…”

“…As the particle decelerates from the speed of light, its radiation power is a constant. The radiation energy increases linearly, while the Schott energy decreases linearly at exactly the same rate such that the sum of the radiation energy and the Schott energy is a constant [35]. In this way, the decrease of the Schott energy completely accounts for the increase of the radiation energy, and the charged particle radiates without losing any of its mechanical energy.…”