■ Program

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    file

      

     

    The detailed time table can be downloaded 

    here (Completed by July 31st)

     

    A series of session will include but not limited to the study of:


    1.    Synthesis and characterization of novel materials.

    2.    Artificial structures.

    3.    Classical and quantum magnetic systems.

    4.    Frustration and spin liquids in two and three dimensions.

    5.    Glass transitions

    6.     Computational studies: Monte Carlo, molecular dynamics, density matrix renormalization group,  exact diagonalization.

    7.    Chirality

    8.    Persistent spin dynamics

    9.  Experimental studies: heat capacity, magnetization, resonance, neutron and resonant X-ray  scattering, nuclear, magnetic, electron spin and muon spin resonance.