Interaction Mechanisms and Outcomes of Celestial Collisions: Analysis of 30 Scenarios Across Diverse Celestial Bodies

Abstract

Celestial collisions play a pivotal role in the evolution of the universe, involving intricate dynamics influenced by the properties of celestial bodies, such as mass, velocity, and collision angle. This study analyzes 30 representative collision scenarios, encompassing conventional celestial bodies (e.g., planets, stars) and exotic objects (e.g., black holes, white holes, quark stars). By integrating general relativity and quantum mechanics, the study explores material redistribution, energy release, gravitational wave emissions, and other critical phenomena. The findings o↵er insights into high-energy astrophysics and provide a theoretical foundation for future investigations into celestial interactions.

Keywords: celestial collisions, gravitational waves, energy dynamics, compact objects, astrophysical phenomena