Abstract

Quantum Chronon Theory

Author(s): Jemali Mtskerashvili*

This theory proposes a novel framework for unifying general relativity, quantum field theory, and quantum gravity by introducing a new class of elementary particles, termed chronons, which mediate the passage of time. In this framework, interactions between particles and chronons via chronon-coupling generate mass, with the particle’s mass being directly related to the strength and duration of its interaction with chronons. A particle’s mass is treated as a time-dependent operator, varying in response to its interactions with chronons over time. The theory suggests that the absence of chronon interaction corresponds to mass-less particles. This approach provides new insights into unresolved phenomena, including black holes, dark energy, dark matter, and the Big Bang, offering a potential path toward the unification of these otherwise disparate physical theories.