Physics of Mesoscopic Systems

July 4-29, 2005, Boulder, Colorado, USA

B.L. Altshuler

• Lecture 1 - Introduction to the Theory of Mesoscopic Systems 1
• Lecture 2 - Introduction to the Theory of Mesoscopic Systems 2
• Lecture 3 - Introduction to the Theory of Mesoscopic Systems 3
• Lecture 4 - Introduction to the Theory of Mesoscopic Systems 4
• Lecture 5 - Introduction to the Theory of Mesoscopic Systems 5

N.O. Birge

• Lecture 1 - Review of quantum correction experiments
• Lectures 2 & 3 - Electron Dephasingand Energy Exchange in Diffusive Metal Wires
• Lecture 4 - UCF and 1/f noise in Diffusive Metals

L.I. Glazman

• Lecture 1 - Coulomb Blockade in Quantum Dots
• Lecture 2 - Kondo Effect in Quantum Dots

B.I. Halperin

• Lecture 1 - The Quantum Hall Effects 1
• Lecture 2 - The Quantum Hall Effects 2
• Lecture 3 - Spins and spin-orbit coupling in semiconductors, metals, and nanostructures 1
• Lecture 4 - Spins and spin-orbit coupling in semiconductors, metals, and nanostructures 2

C.L. Kane

• Lectures 1 & 2 - Lectures on Bosonization
  • Lectures 1 & 2 - Slides from Talk
• Lecture 3 - Properties of Luttinger Liquids
• Lecture 4 - One Dimensional Electronic Systems

L.S. Levitov

• Lecture 1 - Mesoscopic Fermi-Edge Singularity
• Lectures 2 & 3 - Quantum Noise

C.M. Marcus

• Lecture 1- Mesoscopic Quantum Dots
• Lectures 2-4 - to be posted

K.A. Matveev

• Seminar - Conductance of a quantum wire at low electron density

P.L. McEuen

• Public Lecture - Carbon Nanotubes

D.C. Ralph

• Lecture 1- Why Study Mesoscopic Physics?
• Lecture 2 - Interacting Electrons in Metal Nanoparticles
• Lecture 3 - Review of Kondo Experiments
• Lecture 4 - Nanomagnetism

M.L. Roukes

• Lecture notes not available

R.J. Schoelkopf

• Lecture 1 - Quantum Noise and Measurement
• Lecture 2 - Quantum Spectrometers of Electrical Noise
• Lecture 3 - Quantum Limits on Measurement
• Lecture 4 - Shot Noise and the Non-Equilibrium FDT

I. Siddiqi

• Seminar 1 - Metastable States of the Josephson Junction
• Seminar 2 - Bifurcation Readout for Superconducting Qubits

A.D. Stone

• Lecture 1 - Transport Theory of Mesoscopic Systems with Applications to Disordered and Chaotic Systems
• Lecture 2 - Transport Theory of Mesoscopic Systems - Random Matrix Approach to Chaotic and Disordered Conductors 1
• Lecture 3 - Transport Theory of Mesoscopic Systems - Random Matrix Approach to Chaotic and Disordered Conductors 2
• Lecture 4 - Semiclassical Theory of Ballistic Junctions

R.L. Willett

• Lecture 1 - Correlated 2D Electron Aspects of the Quantum Hall Effect 1
• Lecture 2 - Correlated 2D Electron Aspects of the Quantum Hall Effect 2
• Lecture 3 - Correlated 2D Electron Aspects of the Quantum Hall Effect 3

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