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jk22
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Since particles have their own space i heard they cannot meet. But how about the origin if we see the axes perpendicular ?
What space are you talking about? Real space? Hilbert space?jk22 said:Since particles have their own space i heard they cannot meet.
Yes, quantum particles can meet at the same point in space. This phenomenon is known as quantum entanglement, where two or more particles become connected in such a way that the state of one particle affects the state of the other(s).
When two quantum particles meet, they can either become entangled or interact with each other. The outcome depends on the properties of the particles and their environment.
Yes, it is possible for two quantum particles to repel each other. This can happen when the particles have the same charge or spin, causing them to repel each other under certain conditions.
It is possible for two quantum particles to meet multiple times, as long as they are still in a state of entanglement or can interact with each other. However, the exact outcome of each meeting may differ due to quantum randomness.
Scientists use specialized equipment and techniques to study the meeting of quantum particles. This includes using quantum computers and detectors to observe the behavior of particles, as well as conducting experiments in controlled environments to manipulate and measure the interactions between particles.