Entanglement and Decoherence: From Einstein and Schrödinger to Quantum Information

Speaker(s)

Luiz Davidovich

Federal University of Rio de Janeiro, Brazil

Events

Measuring : how can cavity electrodynamics be used to detect an atomic qubit with minim…

Superconducting qubits

Optomechanics with fine micro-cavities

Quantum information with phase qubits

What Can a Single Atom Do That Many Atoms Cannot?

State synthesis and reconstruction in circuit electrodynamics

Entanglement and Decoherence: From Einstein and Schrödinger to Quantum Information

Dynamic Zeno manipulation and synthesis of quantum oscillator states

Dissipation: A New Tool in Quantum Information Processing

Preparation and protection of harmonic oscillator states by quantum feedback

Cooling a single atom by feedback from single photons

Not recorded

Entanglement and Decoherence: From Einstein and Schrödinger to Quantum Information

Speaker(s)

Luiz Davidovich

Events

Review of previous lectures and presentation of the year's course

Imaging and Manipulating Single Atoms in a Strongly Correlated Quantum System

The physics of the Josephson junction

Measuring : how can cavity electrodynamics be used to detect an atomic qubit with minim…

Superconducting qubits

Optomechanics with fine micro-cavities

Quantum information with phase qubits

What Can a Single Atom Do That Many Atoms Cannot?

State synthesis and reconstruction in circuit electrodynamics

Entanglement and Decoherence: From Einstein and Schrödinger to Quantum Information

Dynamic Zeno manipulation and synthesis of quantum oscillator states

Dissipation: A New Tool in Quantum Information Processing

Preparation and protection of harmonic oscillator states by quantum feedback

Cooling a single atom by feedback from single photons

See also