Temporal Energy Accretion: Mathematical Modeling of Inherent 'Qi' and Exploration of its Extension to Geospheric Phenomena

This paper introduces the novel hypothesis of Temporal Energy Accretion, which reinterprets the Eastern philosophical concept of 'Qi' (氣) from a modern physics perspective. We propose that time, under specific conditions, can be a source of accumulating physical energy, rather than merely a background dimension. The study develops a mathematical model (f(t)) that quantifies this 'Temporal Energy' based on factors like the absolute passage of time, material properties, environmental interactions, biological types, and the influence of conscious intention. A key application of this hypothesis is its potential to explain large-scale geospheric phenomena, such as volcanic eruptions and earthquakes. We suggest that the accumulation of 'Temporal Energy' within Earth's geological structures could contribute to these powerful energy release events when a critical threshold is reached. This research aims to bridge the gap between ancient Eastern wisdom and modern scientific inquiry, offering a fresh perspective on the fundamental nature of time and energy