The Fundamental Time Theory (TTČ)

Introduction

Our understanding of the Universe confronts us with two major enigmas: dark matter and dark energy. Observations show that ordinary matter makes up only about five percent of the total cosmic energy budget, while the rest is attributed to these two unknown components. The ΛCDM model successfully accounts for a wide range of measurements, yet the true nature of dark matter and dark energy remains a mystery. Despite decades of searches, dark matter has not been detected in laboratories, while dark energy is often reduced to a mathematical constant without deeper explanation.

At the same time, physics faces an even more fundamental question: what is time? In general relativity, time is an integral part of spacetime, while in quantum mechanics it appears as an external parameter. Reconciling these two roles of time is one of the great open challenges in modern theoretical physics.

The Fundamental Time Theory (TTČ) offers an answer with a simple yet bold assumption: time is fundamental. Within this framework, the Universe contains a “temporal vacuum” with constant energy density and negative pressure, which acts as a boundary condition driving the accelerated expansion of the cosmos. On local scales, curvature of time modifies the gravitational potential in a way that closely mimics the effects of dark matter. Under extreme conditions, temporal curvature leads to singularities, providing a new interpretation of black holes as temporal singularities.

TTČ thus unifies several phenomena into a single explanation: cosmic acceleration, flat galactic rotation curves, and the nature of black holes all emerge from the dynamics of time. Moreover, the theory remains testable—at the background level it reproduces the results of ΛCDM, while at the quantum level it predicts novel effects such as measurable phase shifts in interferometers and constraints from atomic clock comparisons.

In what follows, we develop the theoretical framework of TTČ, demonstrate its consistency with observations, and highlight the experimental implications that open the path toward direct tests of the theory.