| NOUN | a quantum particle | quantum particles |
NOUN article.ind sg | pl
21 Übersetzungen
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Anwendungsbeispiele Englisch
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- In quantum mechanics, this experiment is considered to demonstrate the inseparability of the wave and particle natures of light and other quantum particles (wave–particle duality).
- Although the effect was first predicted for quantum particles governed by the Schrödinger equation, it also exists for classical electromagnetic wave packets tunnelling as evanescent waves through electromagnetic barriers.
- Oxford University theoretical physicist David Deutsch has adopted the term "fungible" to describe the physical nature of quantum particles and universes within the quantum multiverse, where, by virtue of being identical in all respects, different particles chaotically divide or combine as a result of physical interactions from a common fungible fund in superposition.
- Quantum particles are either bosons (following instead Bose–Einstein statistics) or fermions (subject to the Pauli exclusion principle, following instead Fermi–Dirac statistics).
- Newton–Wigner localization (named after Theodore Duddell Newton and Eugene Wigner) is a scheme for obtaining a position operator for massive relativistic quantum particles.
- Just as quantum particles form the fundamental units of material complexity, genes are the fundamental units of living information.
- In layman's terms, it defines how a system of quantum particles evolves through time and what the subsequent systems look like.
- The trans-Planckian problem is the issue that Hawking's original calculation includes quantum particles where the wavelength becomes shorter than the Planck length near the black hole's horizon.
- In this approach, quantum particles and other objects are understood to have only a limited degree of stability and autonomy.
- In quantum field theory, a vacuum state or vacuum is a state of quantum fields which is at locally minimal potential energy. Quantum particles are excitations which deviate from this minimal potential energy state, therefore a vacuum state has no particles in it.
- In related work, he has argued that classical particles could be treated as indistinguishable in exactly the same way that quantum particles (and that departures from classical statistics can be traced to discrete nature of the measure -- dimensionality—of subspace of Hilbert space), and applied this to the Gibbs paradox.
- The description of several quantum particles has them correlated, or entangled.
- As quantum particles, the behaviour of multiple indistinguishable bosons at high densities is described by Bose–Einstein statistics.
- Oskar Klein and Walter Gordon proposed the Klein–Gordon equation to describe quantum particles in the framework of relativity.
- As for "all" quantum particles free "or" bound, the Heisenberg uncertainty principles [...] apply.
- In quantum physics, potential energy may escape a potential well without added energy due to the probabilistic characteristics of quantum particles; in these cases a particle may be imagined to tunnel "through" the walls of a potential well.
- Consider a localized one dimensional potential barrier [...] , subjected to a beam of quantum particles with energy [...]. These particles are incident on the potential barrier from left to right.
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