Entanglement and transfer of quantum information

Workshop theme

Supported by Office of Naval Research Global

Crucial to any implementation of quantum information processing are the controlled creation of entanglement between qubits and the controlled transfer of quantum information, in particular between stationary qubits and propagating qubits. Photons are the most natural candidates as propagating qubits for long-range communication, but for short-range communication other approaches may be taken such as moving matter qubits or excitations in systems of interacting particles. For static qubits there is a wide range of possibilities, ranging from nuclear and electron spin to single and collective excitations. With many candidates being available, optimal choices have yet to be identified for both static and flying qubits.

This workshop, organized by the QIP IRC in association with the Isaac Newton Institute Quantum Information Science programme, provides a forum for discussions with the aim of reviewing leading experimental programmes within the theme of entanglement and transfer of qubits, to relate these to theoretical developments in quantum information processing and to identify promising roads towards the controlled entanglement and transfer of quantum information.

Timetable

Monday 27th September 2004
09:00 to 09:45	Yoshiro Hirayama Experimental implementation of semiconductor qubit	Room 1
09:45 to 10:30	Lars Oberbeck The fabrication of a silicon based quantum computer at the atomic-scale	Room 1
11:00 to 11:45	Andrew Greentree University of Melbourne Towards an integrated photonic quantum information platform in diamond	Room 2
11:45 to 12:30	Fedor Jelezko A two-qubit conditional quantum gate with single spins in solid	Room 1
14:00 to 14:45	Charles Marcus Harvard University Prospects and challenges for quantum information processing using carbon nanotubes	Room 1
14:45 to 15:30	Charles Smith Erasable electrostatic lithography for quantum components	Room 1
16:00 to 16:45	Arzhang Ardavan University of Oxford Endohedral fullerenes for electron-spin-based quantum computing	Room 1
16:45 to 17:30	Poul Erik Lindelof Field effect transistor behaviour in a single wall carbon nanotubes and peapods	Room 1

Tuesday 28th September 2004
09:00 to 09:45	Florian Meier University of California Quantum information processing using quantum dots	Room 1
09:45 to 10:30	Lieven Vandersypen Delft University of Technology Electron spin qubits in quantum dots	Room 1
11:00 to 11:45	Lin Tian Interfacing quantum optical and solid state qubits	Room 1
11:45 to 12:30	Christopher Monroe University of Michigan Interfacing a single trapped ion qubit with a single photon flying quibit	Room 1
14:00 to 14:45	Martin Plenio Imperial College London Entanglement propagation in interacting quantum systems	Room 1
14:45 to 15:30	Simon Benjamin University of Oxford Easing the experimental burden: global control, perpetual coupling and the like	Room 1
16:00 to 16:45	Guido Burkard IBM Research Production and detection of entangled electrons in small solid-state structures	Room 1
16:45 to 17:30	The propagation of quantum information through a spin system	Room 1

Wednesday 29th September 2004
09:00 to 09:45	Andrew Steane University of Oxford Cooling and controlled entanglement experiments using single and pairs of trapped calcium ions	Room 1
09:45 to 10:30	Rainer Blatt Entanglement and transfer of quantum information with trapped Ca+ ions	Room 1
11:00 to 11:45	Edward Hinds Imperial College London Atom chips: a vision for QIP with neutral atoms	Room 1
11:45 to 12:30	Decoherence issues for cold atoms near surfaces	Room 1
14:00 to 14:45	Efficient conditional preparation of single photons for quantum optica	Room 1
14:45 to 15:30	Bill Munro Linear and nonlinear quantum optical information processing	Room 1
15:30 to 16:15	Optimizing linear optics quantum gates	Room 1
16:45 to 17:30	John Rarity University of Bristol Experimental linear optical logic	Room 1
17:30 to 18:15	Geoff Pryde University of Queensland Generating and harnessing photonic entanglement using linear optics	Room 1

Thursday 30th September 2004
09:00 to 09:45	Hans Mooij Delft University of Technology Superconducting quantum bits	Room 1
09:45 to 10:30	Tobias Schaetz Distributing entanglement in a multi-zone ion trap	Room 1
11:00 to 11:30	Gerard Milburn University of Queensland Quantum closed-loop control and error correlation	Room 1
11:45 to 12:30	2- 3- and 4-photon quantum communication in telecom fibers	Room 1

Entanglement and transfer of quantum information

Speakers

Arzhang Ardavan University of Oxford
Simon Benjamin
Rainer Blatt
Guido Burkard
Andrew Greentree University of Melbourne
Edward Hinds Imperial College London
Yoshiro Hirayama
Fedor Jelezko
Poul Erik Lindelof
Charles Marcus Harvard University
Florian Meier University of California
Gerard Milburn University of Queensland
Christopher Monroe University of Michigan
Hans Mooij Delft University of Technology
Bill Munro Queensland University of Technology
Lars Oberbeck
Martin Plenio Imperial College London
Geoff Pryde University of Queensland
John Rarity University of Bristol
Tobias Schaetz
Charles Smith
Andrew Steane University of Oxford
Lin Tian
Lieven Vandersypen Stanford University

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Entanglement and transfer of quantum information

Workshop theme

Timetable

Speakers

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