|David Bowler ||University College London, United Kingdom || "Self-assembled Bi nanolines on Si(001) and their uses"
|Tsuyoshi Hasegawa ||National Institute
for Materials Science, Japan || To be announced
|Mieczyslaw Jalochowski ||Maria Curie-Sklodowska
University, Poland||"Multiple atomic chains on wicinal Si(111) surfaces"
|Marek Kolmer ||Faculty of Physics, Astronomy,
and Applied Computer Science Jagiellonian
|| "Atomic-scale dangling bond structures on hydrogenated semiconductors - LT-STM/STS study"
|Olga Neucheva ||Institute of Materials Research
and Engineering, Singapore|| "Dangling bonds on Si(100)H: Atomic scale wiring and boolean logic gates"
|James Owen||Zyvex Labs, USA||“Atomic Wires: From Self-Assembly to Automated STM Lithography”
|Mark Saeys ||National University of Singapore
& Ghent University, Belgium||“Creating wires and devices using dangling bond states on semiconductor surfaces: a theoretical perspective”
|Steven Schofield ||London Centre for
Nanotechnology, United Kingdom
||“Atomic-scale quantum structures at silicon surfaces”
|Michelle Simmons ||Centre for Quantum
Computation & Communication Technology,
School of Physics, The University of New South
Wales, Australia|| To be announced
|Robert A. Wolkow ||Dept. of Physics, University
of Alberta & National Institute for Nanotechnology,
||“Measurement of surface state confined conduction on silicon surfaces”