Multi Particle

Complex multi-particle systems are therefore described in terms of simplified models, where only the most essential features of their particle compositions and interactions are used as starting points. ❋ Unknown (2000)

This could be understood only in terms of a new kind of quantum fluid, where the motion of independent electrons of charge e is replaced by excitations in a multi-particle system which behave (in a strong magnetic field) as if charges of,, etc were involved. ❋ Unknown (2000)

A system of only one electron suddenly became a multi-particle problem! ❋ Unknown (1999)

In 1952, Bohm wrote down a very straightforward multi-particle generalization of de Broglie's equations and added a very controversial version of "measurement theory". ❋ Unknown (2010)

For example, we use the term "Schrödinger equation" even for the multi-particle case although Schrödinger didn't really discover - or understand - the role of his equation in more general setups. ❋ Unknown (2010)

View commentI wonder whether there is any essential difference between these new particles and multi-particle atom nuclei. ❋ Unknown (2010)

But it is not often enough noted that, for multi-particle systems, the quantum potential is non-separable. ❋ Unknown (2009)

Quantum wavefunctions are non-local, and in the event of quantum entanglement (correlation) the wavefunction is multi-particle. ❋ KSorenson (2009)

˜stuff™ and, crucially, that a multi-particle state represents a further amount of stuff such that it does not contain proper parts (1991). ❋ French, Steven (2006)

The value is from the practical possibilities: We can control multi-particle interactions. "