11:30 to 12:30
Seminar
Not recorded

Optical Flux Lattices

Nigel Cooper
Artificial magnetic fields
11:30 to 12:30
    Marguerite-de-Navarre Amphitheater, Marcelin-Berthelot Site
    Open to all, subject to availability
    -

    Documents and media

    Speaker(s)

    Nigel Cooper

    Cambridge University

    Events

    The magnetism of a point particle
    Jean Dalibard

    Lecture
    09:30 to 11:00

    Engineering and Probing Topological Bloch Bands with Ultracold Atoms…
    Immanuel Bloch

    Seminar
    11:30 to 12:30
    Not recorded

    Uniform magnetic field and Landau levels
    Jean Dalibard

    Lecture
    09:30 to 11:00

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

    Seminar
    11:30 to 12:30
    Not recorded

    Berry phase and geometric gauge potentials
    Jean Dalibard

    Lecture
    09:30 to 11:00

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

    Seminar
    11:30 to 12:30
    Not recorded

    Artificial magnetism for an isolated atom (1)
    Jean Dalibard

    Lecture
    09:30 to 11:00

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

    Seminar
    11:30 to 12:30
    Not recorded

    Artificial magnetism for an isolated atom (2)
    Jean Dalibard

    Lecture
    09:30 to 11:00

    Optical Flux Lattices
    Nigel Cooper

    Seminar
    11:30 to 12:30
    Not recorded

    Magnetism in a periodic network
    Jean Dalibard

    Lecture
    09:30 to 11:00

    How to short-circuit adiabaticity ?
    David Guéry-Odelin

    Seminar
    11:30 to 12:30
    Not recorded

    Artificial magnetism and interactions : rotating condensates
    Jean Dalibard

    Lecture
    09:30 to 11:00

    Synthetic Gauge Fields and Topological Effects in Optics
    Iacopo Carusotto

    Seminar
    11:30 to 12:30
    Not recorded

    See also

    Lecture related to the seminar: Artificial magnetic fields
    Jean Dalibard, chair Atoms and Radiation
    Artificial magnetic fields