Proceedings of the Workshop on Trapped Ion Quantum Computing 2004, edited by W. K. Hensinger and C. Monroe

Workshop Circular

SPEAKERS

Dana Berkeland (Los Alamos National Laboratory, USA). "Quantum Mechanics and Condensed Matter Physics with Trapped 88Sr+" (2MB)

Rainer Blatt (Univ. Innsbruck, Austria). "Nuts and bolts of the Innsbruck ion trap effort" (12.8 MB)

Ignacio Cirac (Max Planck Institute for Quantum Optics, Germany). "Fast gates and quantum simulations and quantum simulations with trapped ions" (750kB)

Michael Drewsen (Univ. Aarhus, Denmark). "The Aarhus Ion Quantum Logic project: Status and Prospects" (5MB)

Luming Duan (Univ. Michigan, USA). "Ion trap scaling with fast pulses OR probabilistic ion-photon mapping" (225KB)

Patrick Gill and Alastair Sinclair (NPL-Teddington, UK). "Trapped ion techniques in Sr+ and Yb+ for QUIP" (1.3MB)

Christopher Monroe (Univ. Michigan, USA). "Approaches to ion trap QC: cold, fast, and small" (4.7MB)

Gerard Milburn (Univ. Queensland, Australia). "Quantum phase transitions in an ion trap" (395KB)

Andrew Steane (Oxford Univ., UK). "Octopole traps, push and wobble gates, and cooling" (2.067MB)

Lin Tian (Univ. Innsbruck, Austria). "Scalable Ion Trap Quantum Computing by Interfacing with Solid-state Devices" (811KB)

David Wineland (NIST-Boulder, USA). "Experiments at NIST towards scalable processing" (745 KB)

Christoph Wunderlich (Univ. Hamburg, Germany). "Experiments with Trapped Ba+ and Yb+.Ion “Molecules” (3.5MB)

POSTERS 

Becher et al. (Univ. Innsbruck, Austria), "Spontaneous emission of a single Ca+ ion in a high finesse optical cavity" (178KB)

Blain et al. (Sandia National Laboratory, USA), "Microfabricated Arrays of Ion Traps for Mass Spectrometry: Applications to Trapped Ion Quantum Computing Architectures" (3.5MB)

Bollinger et al. (NIST-Boulder, USA), "Prospects for Entangling Ions in a Penning trap" (350KB)

Brown, Chuang and Harrow (MIT, USA). "Higher-order composite pulses" (1.6MB)

Bushev et al. (Univ. Innsbruck, Austria), "Level Shifts and Forces in a Single Ion induced by a distant mirror" (250KB)

Chiaverini et al. (NIST-Boulder, USA), "Dense Coding Demonstration and Microfabricated Ion Traps" (200KB)

Deslauriers et al. (Univ. Michigan, USA), "Zero-Point Cooling and Low Heating of 111Cd+ Ions" (9.2MB)

Hensinger et al. (Univ. Michigan, USA), "Scalable semiconductor ion traps and trap geometries for complex shuttling operations" (230KB)

Hensinger et al. (Univ. Michigan, USA). "Quantum and classical interaction of a macroscopic oscillator with a single atom: towards quantum-limited detection of nanomechanical motion" (128KB)

Home et al. (Oxford Univ., UK), "Push and Wobble Gate; Octopole Traps" (2.8MB)

Home et al. (Oxford Univ., UK), "Trapped calcium ions for quantum information experiments" (2.3MB)

Keller et al. (Max Planck Institute for Quantum Optics, Germany), "Single Single-Ion Ion Cavity Cavity Quantum Quantum Electrodynamics" (980KB)

Körber et al. (Univ. Innsbruck, Austria), "Investigating a new qubit candidate: 43Ca+" (184KB)

Langer et al. (NIST-Boulder, USA), "Trapped-Ion Quantum Information Processing Experiments at NIST" (1.3MB)

Leibfried et al. (NIST-Boulder, USA). "Experiments in a Multi - Zone Trap" (844KB)

Madsen et al. (Univ. Michigan, USA). "Quantum control of individual cold ions with fast shaped laser pulses" (2.2 MB)

Moehring et al. (Univ. Michigan, USA), "Ion-Photon Entanglement: The best of both quantum worlds" (1.1MB)

Porras and Cirac (Max Planck Institute for Quantum Optics, Germany), "Simulation of quantum magnetism with trapped ions" (273KB)

Rangan et al. (Univ. Windsor, Canada), "Coherent Control and Trapped Coherent Control and Trapped-Ion Quantum Computing" (108KB)

Riebe et al. (Univ. Innsbruck, USA), "Quantum teleportation with atoms on demand" (4.5MB)

Roos et al. (Univ. Innsbruck, Austria), "Precision spectroscopy with entangled states" (1.6MB)

Schmidt-Kaler et al. (Univ. Innsbruck. Austria), "Measure, compensate, and use Stark shifts for ion-trap quantum computing" (180KB)

Sherman et al. (Univ. Washington, USA), "Precision measurements with a single trapped Ba+ ion: avoiding the quadrupole shift and decoherence" (11.9MB)

Sørensen et al. (Univ. Aarhus, Denmark), "The Quantum Logic Project in Aarhus" (1.1MB)