The workshop will host the following invited speakers:
Tsuneya Ando (Tokyo Inst Tech): Roles of Pseudo-spin in Electronic and Transport Properties of Graphene
Tobias Beetz (Stanford): Nanoscale Electric and Magnetic Imaging
Hendric Bluhm (Harvard): Long Coherence in GaAs Electron Spin Qubits via Nuclear Bath Preparation and Dynamic Decoupling
Jonathan Fan (Harvard): Self-Assembled Colloidal Plasmonic Systems
Sergey Frolov (TU Delft): Spin-orbit Qubit in a Semiconductor Nanowire
Christian Glattli (CEA Saclay): Cross-over from Mott to Efros-Schklovslii Variable Range Hoping due to Screening in the Quantum Hall Effect Regime in Graphene Monolayers
Tetsuo Hanaguri (RIKEN): Landau Quantization of Dirac Surface State in a Topological Insulator
Pablo Jarillo Herrero (MIT): Electronic Transport in Graphene on Boron Nitride Devices
Gijs de Lange (TU Delft): Universal Dynamical Decoupling of a Single Solid-state Spin
from a Spin Bath
Heiner Linke (Lund): Nonlinear Thermoelectric Phenomena
Daniel Loss (U Basel): Helical Modes in Carbon Nanotubes
Fumihiro Matsukura (Tohoku Univ.): Electric-field Control of Magnetism in Semiconductors and Metals
Kentaro Nomura (RIKEN): Quantum Transport of Dirac Fermion on the Surface of Topological Insulator
Masahiro Nomura (Univ. Tokyo): Single Quantum Dot Photonic Crystal Nanocavity Lasers
Konstantin Novoselov (Manchester): Graphene and its Chemical Derivatives
Hajime Okamoto (NTT): Carrier-mediated Opto-mechanical Coupling in GaAs Cantilevers
Hongkun Park (Harvard): Optoplasmonic Engineering of Light-Matter Interactions
Hiroyuki Sakaki (Toyota Inst Tech)
Lars Samuelson (Lund): Recent Progress in Opto-Electronic Nanowire Devices
Axel Scherer (Caltech): Opportunities of Lithographically Defined Devices with Nanometer
Lateral Dimensions
Paul Sheehan (Naval Research Lab): Using Heatable AFM Probes for the Nanolithography
of Graphene, Polymers, and Nanoparticles
Charles Smith (Cambridge): Can we use a Carbon Nanotube Double Quantum Dot for Single Spin Detection
Kota Tateno (NTT): Characterization of InP-related Nanowires
Meni Wanunu (U Penn): Graphene Nanopores: Structure, Properties and Function
Bob Westervelt (Harvard): Imaging Coherent Transport in Graphene
Hongqi Xu (Lund): Spin States, Spin Correlations, Supercurrent, and Multiple Andreev
Reflections in InSb Nanowire Quantum Devices
Michihisa Yamamoto (Univ. Tokyo): Electrical Control of a Flying Charge Qubit and
Geometric Phase of an Aharonov-Bohm Ring
Last Modified December 17, 2010
by the NSEC Office.