The Fabric of Spacetime
Core Idea
The central concept is that spacetime, rather than being a passive backdrop, is a dynamic structure formed by fundamental energy fluctuations at the quantum level. These fluctuations, visualized as “energy bubbles,” interact and give rise to the phenomena we perceive as gravity, matter, and light.
Explanation
Spacetime as a Quantum Medium: Instead of a smooth, continuous fabric, imagine spacetime as a network of interconnected quantum events.
Energy Bubbles: These quantum events can be conceptualized as “energy bubbles” – discrete units of energy that constantly pop in and out of existence. Each bubble possesses a specific frequency and energy level, as described by quantum mechanics.
Interaction and Structure: The interactions between these energy bubbles are crucial. When they merge or interact, they create patterns and structures. These interactions are not random but governed by quantum laws, giving rise to fundamental forces and particles.
Gravity as Energy interaction: The presence of a high density of energy bubbles warps this network. This acceleration of energy due to c = 1/√μ0ε0 is what we perceive as gravity. Just as a concentration of gas molecules alters the bath alters the μ0ε0 field, a concentration of energy alters the “speed of c” in energy space.