Home

QIPC Projects

QUAMP Clarendon Laboratories, Oxford, UK, September 18 - 22, 2011

R. Nyman (P5 IMPERIAL), talk, An integrated photonic atom chip

B. Yuen (P5 IMPERIAL), poster, Measuring energy differences by BEC interferometry on a chip

J.P. Cotter (P5 IMPERIAL), poster, characteristics of integrated magneto-optical traps for atom chips

J. Garvie-Cook (P5 IMPERIAL), poster, An array of integrated atom-photon junctions

G. Lepert (P5 IMPERIAL), poster, Atoms and molecules in arrays of coupled cavities

Small and light workshop, Imperial College, London, UK, June 29 - 30, 2011

E.A. Hinds (P5 IMPERIAL), talk, 5 Atomchips at Imperial

J. Hwang (P5 IMPERIAL), talk, Quantum nanophotonics with single molecules

R. Nyman (P5 IMPERIAL), talk, Cold atoms and integrated photonics for quantum information

Frontiers of Matterwave optics, Tirol, Austria, March 20 - 26, 2011

J.P. Cotter (P5 IMPERIAL), poster, Measuring energy differences by BEC interferometry on a chip

Seminar at University of Bristol, June 2011

R. Nyman (P5 IMPERIAL), seminar, An integrated photonic atom chip and minimally destructive detection of magnetically trapped atoms

Colloquium at University of Basel, April 2011

R. Nyman (P5 IMPERIAL), colloquium, An integrated photonic atom chip and minimally destructive detection of magnetically trapped atoms

Seminar at Institute for Quantum electronics ETH Zürich, April 2011

R. Nyman (P5 IMPERIAL), seminar, An integrated photonic atom chip and minimally destructive detection of magnetically trapped atoms

Seminar at Institute d´Optique, Palaiseau France, December 2010

R. Nyman (P5 IMPERIAL), seminar, An integrated photonic atom chip and minimally destructive detection of magnetically trapped atoms

QCS - Quantum Computer Science

Project details

Coordinator 
AMBAINIS Andris
Tel: +371-67034517
Fax: +371-67034376
Email: ambainis [at] lu [dot] lv

 Organisation
UNIVERSITY OF LATVIA
FACULTY OF COMPUTING
Rainis Boulevard 19
RIGA LV-1586
LATVIA
Website: http://www.lu.lv/qcs/
Fact sheet: Available on CORDIS
Project description

The QCS project aims to study computer science aspects of Quantum Information Science, with an ultimate goal of designing new quantum algorithms and quantum communication protocols.

Our goals include new methods for building quantum algorithms (e.g., by harnessing quantum walks) and understanding the general structure of quantum algorithms (e.g., the interplay between their quantum and classical components). In quantum communication, we will integrate the computer science and physics perspectives, with implications for a variety of models: quantum games, communication complexity, interactive proofs and cryptographic protocols.

Syndicate content