This paper presents groundbreaking experimental evidence confirming that time is a tangible, physical force rather than a passive coordinate. Recent advances in quantum physics, specifically the experimental realization of time quasicrystals, demonstrate that time can be bent, structured, and manipulated—proving that time possesses measurable physical properties akin to fundamental forces. This discovery validates the core premise of Chronos Theory, which postulates that time interacts with matter and energy as a fundamental force of nature. With this empirical confirmation, time now stands alongside gravity, electromagnetism, and the nuclear forces as an active participant in the universe’s structure. This paper explores the implications of this discovery and outlines new directions for research, including whether time has fundamental particles, its role in causality, and how time manipulation may lead to practical applications in physics and technology.