This Is How Quantum Entanglement Works

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What if quantum entanglement isn't about particles influencing each other across space, but two observers measuring the ends of a single ripple in a unified field? In this clip, Ashton Forbes explains entanglement through the lens of coherence, energy conservation, and the ether as a physical medium. By reframing the mystery, he reveals that entanglement is not “spooky action at a distance,” but a predictable consequence of wave dynamics and shared energy.

Drawing from quantum mechanics, wave theory, and overlooked historical physics, this episode presents a model where distance is irrelevant, observation is entanglement’s trigger, and reality itself is built on coherence. From teleportation to causality, this isn’t just an explanation, it’s a challenge to everything we thought we knew about the nature of space, time, and information.