Lecture Notes in PDF/PPT Format

Please click on the name of the speaker to access the pdf files of the lectures

  • Prof.N. Andrei : Quantum impurities in and out of equilibrium
  •     Lecture 1
        Lecture 2

  • Prof.J. von Delft : Bosonisation and Luttinger liquids
        Lecture 1
        Lecture 2
        Lecture 3

  • Prof.J. Eisenstein : Quantum Hall effect and more
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.Y. Gefen : Quantum Dots
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.J. K. Jain : Composite fermion theory
        Lecture 1
        Lecture 2
        Lecture 3
     

  • Prof.I. Lerner : Functional bosonisation
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.L. Levitov : Noise in nanelectronic systems
        Lecture 1
        Lecture 2 & 3
       

  • Prof.A. Mirlin : Quantum transport in disordered systems
        Lecture 1
        Lecture 2
        Lecture 3
       

  • Prof.G. Montambaux : Interference and interaction effects in mesoscopic systems
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.R. Shankar : Introduction to graphene and quantum Hall effect in graphene
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.A.Shnirman : Decoherence in nanoscale devices
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.G. Baskaran : Graphene
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.M. Buttiker : Coherent capacitors
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.M. Buttiker : HRI colloquium
        Lecture 1
       

  • Prof.R. Chitra : Decoherence of two level systems
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.M. Deshmukh : Experiments in nanoelectronics
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.M. Kiselev : Interplay of spin and charge
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.F. von Oppen : Molecular conductors
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.Y. Oreg : Two channel Kondo effect
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.Pareek : Spintronics
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.D. Sen : Junctions of quantum wires
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof.K. Sengupta : Transport in superconducting graphene junctions
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4

  • Prof A. K. Sood : Nanotubes and graphene
        Lecture 1
        Lecture 2
        Lecture 3
        Lecture 4