⌛ The moment of now within a light cone diagram ⏳

The video: The moment of now within a light cone diagram

Mainstream physics lacks an objective understanding of 'the moment of now'; the closest concept we have is depicted in the theory of relativity through light cone diagrams.

The concept of 'now' is depicted as the apex of a light cone, with the past and potential future represented by its lower and upper parts, respectively. In this model, space and time are orthogonal, with time on the vertical axis extending through the light cone and space on the horizontal plane. However, the theory of relativity does not provide a complete, objective understanding of 'the moment of now,' as it lacks a causal relationship. In relativity, matter dictates the curvature of space, and space dictates the movement of matter, without a distinct present moment to cause the future; it is merely a beautiful geometric progression.

In the emerging 'Quantum Atom Theory,' the Universe is depicted as a continuum of constant energy exchange or perpetual creation, with the future materializing in relation to the atoms of the periodic table. This video will attempt to elucidate this concept through the use of light cone diagrams from relativity.

Light cone Diagram of Quantum Atom Theory