We were watching a video last year called 'What the bleep do we know?' and they said that there had been an experiment where a particle had been seen simultaneously in two separate places. Is that possible and if so, how?
resurgance2001 said:We were watching a video last year called 'What the bleep do we know?' and they said that there had been an experiment where a particle had been seen simultaneously in two separate places. Is that possible and if so, how?
Anonym said:vanesch:"According to how you see QM, you can conceive that the particle *is* in two separate places at once. However, you will never be able to *see* it in two different places at once."
Mathematically wave function is single valued function of its arguments.
resurgance2001 said:Thanks for the responces. I enjoyed the movie but it is hard on a film like that to discern what is genuine science from what is psuedo science, especiallly when many (but not all) of the presenters appear to be genuine respectable physicists
I don't remember exactly, in the movie they talked about bose-einstein condensate.
Where in a supercooled rubidium gas, you have one atom appearing in 5000 places at the same time.
The phenomenon of a particle being in two places at once is called superposition. It occurs when a particle is in a state of quantum uncertainty, meaning it exists in multiple states or locations simultaneously.
According to the principles of quantum mechanics, particles can exist in multiple states or locations until they are observed or measured. This is known as the uncertainty principle and is a fundamental aspect of quantum physics.
The implications of a particle being in two places at once are still being explored by scientists. Some theories suggest that this phenomenon could have applications in quantum computing and communication, while others propose it may help us better understand the nature of reality and the interconnectedness of particles.
Yes, the phenomenon of a particle being in two places at once has been observed in numerous experiments, including the famous double-slit experiment. In this experiment, a single particle was shown to behave like a wave, exhibiting superposition and interference patterns.
Superposition and entanglement are both fundamental principles of quantum mechanics. While superposition describes a particle existing in multiple states or locations, entanglement refers to the connection between two or more particles that remain connected regardless of the distance between them. Superposition and entanglement are closely related and have important implications for quantum computing and communication.