Learning from experiments on coherent control

Update: 2008-08-28

Description

I will discuss a few case studies of coherent control experiments and how we use quantum esstimation to motivate improved experiments. Examples from NMR with physical and logical quits, electron/nuclear spin systems and persistent current flux qubits

Comments

In Channel

Identifying Stabilizer States

2008-08-29--:--

Tomography without trusted apparatus

2008-08-29--:--

News Flash: adapting compressed sensing to quantum systems

2008-08-2916:57

Priors for quantum states & processes

2008-08-29--:--

Dynamical Evolution of Superoperator for Hamiltonian Identification and Quantum Dynamical Control

2008-08-29--:--

Polarisation tomography of macro- and mesoscopic quantum states of light

2008-08-2932:12

Learning from experiments on coherent control

2008-08-28--:--

Tomography for quantum diagnostics

2008-08-28--:--

Tomography on the Sphere

2008-08-28--:--

Designing Optimal States and Transformations for Quantum Optical Metrology and Communication

2008-08-28--:--

Two qubit visualisation

2008-08-2831:01

Multiple observations of quantum systems

2008-08-28--:--

How to measure fidelity between two mixed quantum states?

2008-08-28--:--

How to estimate quantum systems with adaptive/learning procedures

2008-08-27--:--

Phase estimation and Quantum Benchmarks for phase-covariant states

2008-08-27--:--

How to characterise large systems?

2008-08-27--:--

Linear Optics Quantum Process Tomography

2008-08-27--:--

Efficient tomography of generalized coherent states

2008-08-27--:--

Improving Quantum State Tomography with Mutually Unbiased Bases

2008-08-27--:--

Quantum Estimation via Convex Optimization

2008-08-27--:--

00:00

Learning from experiments on coherent control

#box-pro-ellipsis-176077032128367{-webkit-line-clamp:2;}Learning from experiments on coherent control

Learning from experiments on coherent control

David Cory

Learning from experiments on coherent control