Wormhole study may unite quantum physics, general relativity
In November 2022, a team of physicists announced a landmark experiment where they simulated the dynamics of a using Google’s Sycamore quantum processor . While the experiment did not create a physical rip in spacetime, it demonstrated a mathematical "duality" where quantum information passing through an entangled system behaved exactly like matter traveling through a wormhole. Core Concepts of the Breakthrough
The experiment aimed to test the , which suggests that the laws of gravity (General Relativity) and the laws of subatomic particles (Quantum Mechanics) are two ways of describing the same reality.
Wormhole study may unite quantum physics, general relativity
In November 2022, a team of physicists announced a landmark experiment where they simulated the dynamics of a using Google’s Sycamore quantum processor . While the experiment did not create a physical rip in spacetime, it demonstrated a mathematical "duality" where quantum information passing through an entangled system behaved exactly like matter traveling through a wormhole. Core Concepts of the Breakthrough Breakthrough wormhole simulation may unite quan...
The experiment aimed to test the , which suggests that the laws of gravity (General Relativity) and the laws of subatomic particles (Quantum Mechanics) are two ways of describing the same reality. Wormhole study may unite quantum physics, general relativity