Sentence examples for basis for a quantum from inspiring English sources

The group hopes to produce the basis for a quantum computing system by moving the entangled electrons to simultaneously entangle them with a second nucleus.

The college developed a long-term strategic plan that would achieve these goals, which included a three-year $50 million campaign in support of institutional growth, as well as a commitment of institutional resources that would serve as the basis for a quantum leap in both size and quality and the goal of long-term financial stability.

For example, such a device could form the basis of a quantum repeater, an enabling technology for a quantum internet that could be vastly more capable than the one we have today.

(Barbour has argued that GTR is fully Machian, using a 3-d relational-configuration approach. See Barbour, Foster and Murchadha 2002. This work has recently attracted interest as a potential basis for formulating a quantum theory of gravity: Barbour 2012).

But, even to physicists, quantum mechanics — the basis of a quantum computer — is almost intolerably odd.

Devices of this type could form a basis for a practical quantum computer.

As Dr. David Awschalom, senior author of the paper notes, "We are looking for the beauty and utility in imperfection, rather than struggling to bring about perfect order, and to use these defects as the basis for a future quantum technology". Each defect in the silicon carbide crystal can be utilized for one qubit - the equivalent of a bit in traditional computing.

These step edges have already been proposed as templates for creating long chains of nuclear spins, consisting of 29Si atoms, as the basis for an all-silicon quantum computer6.

This work provides a basis for novel quantum opto-electronic devices based on manipulation of charged carriers and excitons.

In the 10 March Nature, physicists report creating a so-called "cluster state" of four quantum-mechanically linked photons--the basis for a new approach called cluster quantum computing.

Our results provide a basis for extending the Quantum Hardware Description Language (QHDL) framework for automated quantum network model construction (Tezak et al. in Philos. Trans. R. Soc. A, Math. Phys. Eng. Sci. 370(1979):5270-5290, 2012) to efficiently treat scenarios in which each interconnection of components has an associated signal propagation time delay.