One, Two, Three, Many: Creating Quantum Systems One Atom at a Time

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Speaker(s)

Selim Jochim

Heidelberg University

Events

Fibers and the quantum Hall effect : introduction to the Chern number and topological states of…

Artificial magnetism for an isolated atom (1)

Topology in the laboratory : how to detect Chern numbers and topological phases in a gas of col…

Artificial magnetism for an isolated atom (2)

Optical Flux Lattices

Magnetism in a periodic network

How to short-circuit adiabaticity ?

Artificial magnetism and interactions : rotating condensates

Synthetic Gauge Fields and Topological Effects in Optics

Not recorded

One, Two, Three, Many: Creating Quantum Systems One Atom at a Time

Documents and media

Speaker(s)

Selim Jochim

Events

The magnetism of a point particle

Engineering and Probing Topological Bloch Bands with Ultracold Atoms…

Uniform magnetic field and Landau levels

One, Two, Three, Many: Creating Quantum Systems One Atom at a Time…

Berry phase and geometric gauge potentials

Fibers and the quantum Hall effect : introduction to the Chern number and topological states of…

Artificial magnetism for an isolated atom (1)

Topology in the laboratory : how to detect Chern numbers and topological phases in a gas of col…

Artificial magnetism for an isolated atom (2)

Optical Flux Lattices

Magnetism in a periodic network

How to short-circuit adiabaticity ?

Artificial magnetism and interactions : rotating condensates

Synthetic Gauge Fields and Topological Effects in Optics

See also