The discussion centers on whether a marble ball can be classified as a subsystem within an entangled system, particularly in relation to quantum decoherence. It is established that the marble ball, composed of numerous atoms, exhibits entanglement with its environment, akin to Brownian motion. The conversation also explores the hypothetical scenario of manipulating atomic entanglement to achieve macroscopic teleportation of the marble ball, although it concludes that such inquiries fall outside the realm of applicable physics.
PREREQUISITESPhysicists, quantum mechanics researchers, and anyone interested in the intersections of classical and quantum physics, particularly in the context of entanglement and decoherence.
You are asking what the laws of physics say would happen in a situation in which the laws of physics don't apply. There's no sensible answer to that question, so this thread is closed.oquen said:You can control Brownian motion by pressure or volume of the container. In the marble ball.. supposed you can influence the entanglement of each atoms and unrandomize the random entanglement to give positions..can you make the marble ball vanish and teleport macroscopically?