The phrase "a particular quantum" is correct and usable in written English.
It can be used in contexts related to physics, specifically when discussing a specific quantity or discrete amount of energy or matter.
Example: "In quantum mechanics, a particular quantum of energy is required to excite an electron to a higher energy level."
Alternatives: "a specific quantum" or "a distinct quantum".
Various scientists have pointed out that it is possible to study the properties of a particular quantum system using another controllable quantum system.
This rule, described in 1927 by the German scientist Werner Heisenberg, states that it is impossible, even in principle, to know all the details about a particular quantum system.
As a key part of their approach, Dutta and Mueller came up with a unique way of shining lasers on the cavity to sequentially inject photons, building up a particular quantum "fluid" with unusual excitations.
(The catch here is that the color of the ball represents a particular quantum state, which is a universal fact, and so everyone in the world knows that these balls must be red or blue. And if one is blue, the other is red). The two travel at opposite distances near the speed of light.
Hence, the more probable a particular quantum transition is, the more photons will be given off, and the greater the intensity.
The other four sub-libraries contain atomic workflows that deliver operations specific to a particular Quantum Chemistry sub-domain, for example optical benchmarking, structural benchmarking, etc.
That is, the second system cannot be steered into any particular quantum state at the whim of the experimenter, but the experimenter can constrain the quantum state into which the second system evolves to lie in any chosen set of states, with a probability distribution fixed by the entangled state.
These rely on quantum mechanics the "ticking" of the clock is the oscillation of microwaves driving a transition between two particular quantum states in a cesium atom (or rubidium, in some of the clocks).
The hydrogen atom, one of the most important building blocks of matter, exists in an excited quantum state with a particular magnetic quantum number.
In particular, quantum rings, a special class of semiconductor nanostructures, have been investigated since they manifest a quantum-interference phenomenon, known as the Aharonov Bohm (AB) effect [4], and have also been applied for the fabrication of optoelectronic devices [5 7].
In particular, quantum cosmology predicts with a high probability that a universe like ours would exist.
