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| DAY | NAME | AFFILIATION | TOPIC/TITLE |
| M, W | Francisco Claro | U Catolica, Chile | Composite Fermions |
| M2, T3 | Ernesto Cota | UNAM - CCMC, Mexico | Polarization and coherence in arrays of quantum dots: static and dynamical aspects |
| M, W, Th | Paul Crowell | U of Minnesota, USA | 1.Introduction to
Spintronics
2.Ferromagnet-Semiconductor Heterostructures and Spin Transport 3.Ferromagnetic Semiconductors |
| F | Jorge Andres Diaz Diaz | U Costa Rica | Mass Spectrometer on a chip |
| Th, Su | Kamil Ekinci | Caltech, USA | 1.
Progress in Nanoelectromechanical systems
2. Nanoelectromechanical surface science |
| W, F, M2 | Klaus Ensslin | ETH - UC Santa Barbara | 1. AFM litho plus
examples on wires and dots
2. Spin pairing in dots 3. Transport through SAQDs |
| M, W, F | Roberto Escudero | UNAM - ICM, Mexico | Electronic properties of nanomaterials: Small metallic particles and nanowires |
| M, T | Gaston Garcia-Calderon | IFUNAM, Mexico | Transient effects in time-dependent tunneling |
| Th, F | Pawel Hawrylak | NRC, Canada | 1. Optical properties
of self-assembled quantum dots
2. Spin and correlations in electronic droplets in quantum dots |
| M2 | Mohamed Henini | U of Nottingham, UK | Probing the electron
wavefunctions of SAQDs grown by MBE on
high index GaAs planes |
| W, F | Jean Heremans | Ohio U, USA | Electron and hole
mesoscopic magnetotransport and magnetoresistance
in low-dimensional structures |
| Su, M2, T3 | Isaac Hernandez | CINVESTAV, Mexico | MBE growth and chemical,
optical, electronic and structural characterization
of II-VI heterostructures, especially quantum wells |
| W, F, Su | A.T. Charlie Johnson | U of Penssylvania, USA | 1. Nanotubes I: Electronic
properties
2. Nanotubes II: Mechanical and thermal properties 3. Nanotubes III: Emerging applications |
| Th, F | Jorge V. Jose | Northeastern U, USA | 1. Brief Introduction
to cell division
2. Modeling transport of molecular motors and their role in mitosis |
| Th, F | George Kirczenow | Simon Fraser U, Canada | Molecular electronics theory |
| F, Su | Arkady Krokhin | IF-BUAP, Mexico | Anderson localization in 1D correlated potentials: Existence of the mobility edge |
| M, M, T | Alejandro de Lozanne | U of Texas, Austin, USA | 1. Nanofabrication
and nanotubes
2. HiTc STM/AFM/MFM 3. CMR films, transport, AFM/MFM |
| T, W, Th | Hari Manoharan | Stanford U, USA | 1. Atomic scale magnetism
2. Quantum mirages 3. Atom and electron manipulation for information transport |
| M, T, W | Molly McCartney | Arizona State U, USA | Imaging magnetic
materials in the TEM:
1.Off-axis electron holography and Lorentz microscopy of magnetic materials: Introduction, instrumentation and technique. 2.Bits and bugs: magnetic imaging on the nanometer scale 3.Holographic imaging of electrostatic potentials |
| Th, F | Gio Medeiros Ribeiro | Lab Nacional de Luz Sincrotron, Brazil | Epitaxial growth and electronic properties of strained nanocrytals |
| M2, T3 | Osvaldo de Melo | U Havana, Cuba | Atomic layer epitaxy of low dimensional II-VI semiconductor structures |
| Su | Jose Luis Moran Lopez | U San Luis Potosi, Mexico | Magnetic nanowires |
| Su | Fernando Ponce | Arizona State U, USA | The semiconductor nitrides: challenges and opportunities |
| Su, M2 | Cesar Proetto | Bariloche, Argentina | Kondo effect in low-dimensional semiconductor structures |
| T, T | Luis Rego | LNLS, Brazil | Thermodynamics of nanoscopic systems |
| T, W | Ron Reifenberger | Purdue U, USA | Nanowires: An Overview |
| W | Mihail C. Roco | US National Science Foundation | International Perspective of Nanotechnology Research |
| M2, T3 | Alberto Rojo | U Michigan, USA | Electron drag effects in coupled electron systems |
| Su, M | Charles Stafford | U of Arizona, USA | Metal nanowires: quantum transport, chaos, and stability |
| M | Pablo Tamborenea | U de Buenos Aires, Argentina | Two interacting electrons
in quantum dots: single-electron
turnstile, localization, and chaos |
| M2, T3 | Carlos Trallero | U Havana, Cuba | Raman dispersion in low-dimensional systems: phonons |
| M, T | Daniel Ugarte | Lab Nacional de Luz Sincrotron, Brazil | Structural and electronic properties of nanowires |
| M, M, T | Miguel J. Yacaman | ININ, Mexico | 1.
Electron microscopy characterization of nanocrystals
2. Superlattices of metal and semiconductor nanocrystals 3. New methods to synthesize nanoparticles capped with an organic ligand molecule |
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