The 4th Windsor Summer School on Condensed Matter Theory
Quantum Transport and Dynamics in Nanostructures
Great Park, Windsor, UK, August 6 - 18, 2007
Lecture Programme 
| B. Altshuler (Columbia, NY) | From single-particle to many-body localisation in disordered systems. |
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| C. Bennett (IBM) | I. Quantum computation and the physics of information processing. II. Entanglement, communication, and cryptography. |
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| A. Briggs (Oxford) | Spins in carbon nanomaterials for qubits. | |
| M. Buttiker (Geneve) | I. Dynamics of quantum coherent capacitors. II. Quantum shot noise correlations. |
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| V. Cheianov (Lancaster) | Introduction to bosonisation and the Luttinger liquid model. | |
| J. von Delft (LMU Munchen) | Kondo effect in metals and quantum dots. |
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| M. Dresselhaus (MIT) | Physics of graphite and graphene - review. |
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| V. Falko (Lancaster) | Introduction to graphene - theory. |
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| S. Flach (MPI-PKS, Dresden) | Localizing energy through nonlinearity and discreteness. | |
| A. Geim (Manchester) | Rise of graphene. | |
| B. Halperin (Harvard) | Quantum Hall effects. |
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| A. Imamoglu (ETH, Zurich) | Quantum optics in mesoscopic systems. |
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| M. Kastner (MIT) | Kondo effect in quantum dots - experiment. |
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| V. Kravtsov (ICTP - Trieste) | Localisation in random matrix theory models. |
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| I. Lerner (Birmingham) | Functional bosonisation in application to impurity in the Luttinger liquid. | |
| P. Littlewood (Cambridge) | New condensates made of atoms and light. | |
| C. Marcus (Harvard) | Nanoelectronics: spin qubit, noise measurements, and new materials. | |
| C. Marrows (Leeds) | A trip to the spin-valve zoo. | |
| V. Meden (Gottingen) | The functional renormalization group approach to quantum dots and wires. | |
| W. Metzner (MPI-Stuttgart) | Functional renormalization group for interacting fermions and application to Luttinger liquids with impurities. |
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| H. Schomerus (Lancaster) | Counting statistics of electrons and photons. |
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Last Updated:19.09.07