Definition and Physical Analysis of Kinetic Acceleration

Within the World Quantum Theory (WQT) framework, this paper defines the kinetic radius as r_t = (x•l_p•c•d) / (2π•v²) and the kinetic acceleration as g_t = (x•G_0•m_p) / r_t², and derives the kinetic force F_t = g_t • m_0. This paper points out that the classical physics formula F = mg originates precisely from this kinetic framework — it is a special case of the kinetic force F_t = g_t • m_0 in the Earth's environment (x = 2π). The kinetic acceleration g_t reveals the true origin of F = mg — it is not an inherent property of "gravity," but a reading of the kinetic framework under specific environmental conditions. Keywords: kinetic acceleration; kinetic radius; kinetic force; classical physics; WQT