QUANTIFYING THE UNSEEN: CALCULATING DARK ENERGY AND DARK MATTER

Abstract

The pursuit of a comprehensive understanding of the universe has led to the exploration of intriguing phenomena, such as dark energy, which remains an enigmatic force responsible for the accelerated expansion of the cosmos. In this work, we derive a novel formula for calculating dark energy, unveiling a fresh perspective on this elusive cosmic component. Our approach hinges on the fundamental concepts of the Planck time (tp) and the oscillatory nature of dark energy, which we establish as conforming to the Planck/Einstein formula. Through this derivation, we demonstrate how the quotient h/tp encapsulates the essential energy information required for the calculation of dark energy. Notably, this derivation is founded on the relatively simple assumptions that Planck time is an oscillation period (τ), and dark energy adheres to the Planck/Einstein formula.