The discussion centers on the concept of quantum superposition, specifically whether the position of a particle, such as an electron, is limited to a certain area or can extend to vast distances like Jupiter or Proxima Centauri. Participants agree that while theoretical frameworks allow for such superposition, the practical probability of an electron existing at such distant locations is exceedingly low. Furthermore, the phenomenon is highly susceptible to decoherence, meaning any interaction with the environment would collapse the superposition, localizing the electron's position.
PREREQUISITESPhysicists, quantum mechanics students, and researchers interested in the behavior of particles at quantum scales, particularly those exploring the limits of superposition and decoherence effects.
In theory, yes. But I don't see how you could achieve that experimentally. And such a superposition would be extremely sensitive to decoherence: the smallest interaction of the electron with something on Earth or on Jupiter would result in the electron being here or there.Allen_Wolf said:Is Superposition of the position of particle limited to a certain area or is it unlimited?
Like, an electron: Can an electron on Earth be like in Jupiter or proxima centauri due to superposition? I mean, such vast distances?