The phrase "a physical implementation of" is correct and usable in written English.
It can be used when discussing the tangible realization or execution of a concept, idea, or system in a physical form.
Example: "The project aims to create a physical implementation of the theoretical model we developed last year."
Alternatives: "a tangible realization of" or "a concrete execution of".
We also provide a physical implementation of the synchronization.
We present a theoretical proposal for a physical implementation of entanglement concentration and purification protocols for two-mode squeezed microwave photons in circuit quantum electrodynamics (QED).
A physical implementation of coupled "spins" that can do so, namely an Ising machine, has the potential of outperforming conventional algorithms run on CPUs in terms of both speed and energy efficiency.
An optical model for a photon propagating through a designed array of beam splitters is developed to give a physical implementation of Parrondo's game and Parrondo's history-dependent game.
It is, in short, a physical implementation of the "packet switching" model that directs data across the internet, which is why its creators call their scheme the "matternet".Over the matternet, so the vision goes, hospitals could send urgent medicines to remote clinics more quickly than they could via roads, and blood samples could be sent and returned within hours.
Cirac and Zoller [16] proposed using trapped ions as a physical implementation of quantum computation.
The proposed method is useful in any physical implementation of a H.264 decoder that aims for improving the most demanding part of the decoder, the MC block, making it possible to serve several streams in parallel in real time.
Interconverting the quantum information stored in stationary qubits to photons and faithfully transmitting them are two basic requirements of any physical implementation of quantum computation [1].
To this causal constraint on acceptable mappings, David Chalmers (1995, 1996, 2011) adds a further restriction (in order to avoid unlimited pancomputationalism, which is discussed in Section 3): a genuine physical implementation of a computational system must divide into separate physical components, each of which maps onto the components specified by the computational formalism.
We find results reminiscent of double quantum dot structures, indicating that the suggested structure is a feasible physical implementation of spin qubits.
We propose a new physical implementation of spin qubits for quantum information processing, namely defect states in antidot lattices defined in the two-dimensional electron gas (2DEG) at a semiconductor heterostructure.
