Examples of using A superposition in English and their translations into Ukrainian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
For example, an entangled pair of particles might exist in a superposition in which there's a 50 percent chance that the“spin” of particle A points upward
UQ researcher Dr Fabio Costa said although“a superposition of planets” as described in the paper- may never be possible,
after they should have chosen whether to take one path or a superposition of two.
They believe it will enable researchers to say with certainty something about the location of a particle in a superposition at a series of different points in time- before any actual measurement has been made.
The conceptual idea is to not just put the photon in a superposition of passing through two slits simultaneously, but to put one of the slits in a superposition and get to be in two places at the same time.
Conceptually, the idea is to not just put a photon into a superposition of going through two slits at once, but to also put one of the slits in a superposition of being in two locations at once.
For example, if the wave can be represented as a superposition of two waves with frequencies ω1
find out what time a superposition of these qubits is of sufficient duration,
the input will collapse down to a superposition of the 3 and- 3 states.
Shapley could see most of the'Coma-Virgo cloud'(now known to be a superposition of the Coma Supercluster
resulting in neural units that can be in a superposition of the state‘firing' and‘resting'.
This combination of"both paths at once" is known as a superposition state.
Along each of those paths it may interact with a shutter photon in a superposition.
The classic example of a superposition involves firing photons at two parallel slits in a barrier.
The neutralino(spin-½) is a superposition of the superpartners of several neutral Standard Model particles.
The big advantage of qubits over ordinary bits is that they can exist in a superposition of states.
Her quantum state is described by a superposition of the two distinct possibilities we would have in classical mechanics.
The resulting field in point M is a superposition of waves(1), taken for the entire wave surface.
What you're seeing here right now is a superposition of an electron in the lower three orbitals of a hydrogen atom.
(The coexistence of different possible states, called a“superposition,” is the hallmark of quantum systems.).