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Contenido archivado el 2024-06-16

Qubit applications

Objetivo

We will focus our work on qubit applications that are based on physically realized photonic, atomic and solid-state systems. We will design, build and operate quantum memories that allow us to store and deterministically retrieve information encoded in quantum systems.

We will develop scalable quantum networks and operational prototypes of quantum repeaters that would allow us to transmit quantum entanglement over large distances (even in a free space the ultimate goal is to design prototypes for satellite communications based on quantum entanglement). Utilizing quantum entanglement between polarization states of photons we will develop feasible quantum measurement techniques in biophysics, life sciences and optoelectronics.

We will develop operational demonstrations of efficient control of dynamics of few-qubit quantum systems. These systems will be employed for performing quantum simulations. We will develop a commercial product, a toolkit for the demonstration of entanglement, for use in laboratory courses at Universities. On one side theoretical studies will stimulate experimental investigations and will serve for a detailed description of a given experimental situation. We will also develop new quantum algorithms and protocols for quantum commerce. We will develop benchmarks for testing quantum systems.

Tema(s)

Data not available

Convocatoria de propuestas

Data not available

Régimen de financiación

IP - Integrated Project

Coordinador

THE CHANCELLOR, MASTERS AND SCHOLARS OF THE UNIVERSITY OF OXFORD
Aportación de la UE
Sin datos
Dirección
UNIVERSITY OFFICES, WELLINGTON SQUARE
OX1 2JD OXFORD
Reino Unido

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Coste total
Sin datos

Participantes (34)