The phrase "a given quantum" is correct and usable in written English.
It can be used in contexts related to physics, mathematics, or discussions about specific quantities or units.
Example: "In quantum mechanics, a given quantum can represent the smallest discrete quantity of any physical property."
Alternatives: "a specific quantum" or "a particular quantum".
This was the so-called exclusion principle put forth by the Austrian physicist Wolfgang Pauli, which forbids more than one electron occupying a given quantum state in an atom.
We exhibit the typical Lindblad generator that provides thermalization of a given quantum system.
This question also raises important issues about how to measure the complexity of a given quantum algorithm.
(a) Set (mathcal{P}) of two-qubit couplings required in a given quantum circuit.
The state of a system with respect to a given quantum reference system correctly predicts the probability distributions of any measurement on the entire reference system.
It provides a systematic approach to the construction a model for a given quantum network in terms of a system of quantum stochastic differential equations.
We present hybrid symbolic numerical tools to generate optimized numerical code for rapid prototyping and fast numerical computation starting from a computer algebra system (CAS) and tailored to any given quantum mechanical problem.
The underdetermination remains, of course: between an understanding of the given quantum field in terms of some kind of global substance and the alternative conception in terms of the properties of space-time regions.
Given quantum uncertainty, an atom inhabits both states decayed and non- simultaneously, renon- simultaneously the absence of an obserenderingide the system) both alive and dead.
Analyst Niles predicts a more conservative 17 times earnings, giving Quantum's tracking stock a value of $25 per share.
The setup is that, for a given linear quantum system, we add an auxiliary component with variable (hat{x}_{ K}), which is characterized by the Hamiltonians (25).
