| E. Braun | Sequence-specific molecular lithography for DNA-based molecular electronics |
| U. Banin | Synthesis, properties and applications of semiconductor quantum rods |
| I. Bar-Yosef | Gold clusters based molecular electronics |
| E. Gornik | Current spectroscopy of quantum states in semiconductor super lattices |
| K. Hashimoto | Design and synthesis of novel nano structured magnetic materials |
| R. Kleiman | Electrical characterization of aggressively scaled MOSFETs using Scanning Capacitance Microscopy |
| U. Landman | Small is different: Physics and chemistry in the nano-scale non-scalable regime |
| E. Lifshitz | Synthesis and magneto-optical properties of quantum wires, multipods, rods and dots |
| Y. Manassen | Single spin detection with the Scanning Tunneling Microscope (STM) |
| T. Marks | Molecular self-assembly routes to nanoscale control in electro-optic and electroluminescent structures |
| Y. Meir | Electronic correlation effects in quantum dots and quantum point contacts |
| V. Mironov | Photo assisted SPM investigations of local photoelectric properties of semiconductor quantum - dimensional structures and high resistance organic films |
| R. Naaman | New electronic and magnetic properties of organized organic films |
| A. Nitzan | Potential profiles in biased molecular wires |
| H. Pfnur | Tayloring of insulator films on semiconductors and metals |
| S. Richter | MISTM and nano-potentiometry - New SPM-Related methods for electrical characterization of devices and materials |
| G. Rosenman | Ferroelectric Nanodomain Engineering for Microelectronics and Optics |
| A. Saar | Porous Silicon Nanostructures: Physics and Applications |
| L. Samuelson | Assembly of one-dimensional heterostructure devices |
| T. Schimmel | From Nanoscale Contacts to Atomic-Scale Wires: AFM-Assisted Structuring for Nanoelectronics |
| A. Titkov | Electrostatic and Kelvin Probe Force Gradient Microscopy on Semiconductor Nanostructures and Devices |
| A. Yacoby | Momentum resolved tunneling spectroscopy of electrons in 1D |
| A. Zaban | Modification of the electronic properties of nanocrystals by surface effects: Organic layers, inorganic shells and surface structures |
| A. Zunger | Understanding the electronic and optical properties of semiconductor quantum dots |
