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International Program Committee

• F. Allhoff – Western Michigan University, USA
• S. Antimisiaris – University of Patras, Greece
• A. Ayesh – De Montfort University, UK
• W. Balachandran – Brunel University, UK
• R. Bawa – Bawa Biotechnology Consulting, LLC, USA
• S. Bellucci – National Nuclear Physics Institute - Frascali Laboratory, Italy
• D. Bimberg – Technical University of Berlin, Germany
• R. Blaikie – University of Canterbury, New Zealand
• R.H. Blick – University of Wisconsin, Madison, USA
• J. Boland – Trinity College, Ireland
• R. Borzi – IMEC, Belgium
• N.M. Cameron – Illinois Institute of Technology, USA
• D.L. Carroll – Wake Forest University, USA
• A. Carty – Industry Canada, Canada
• Y.-F. Chen – National Taiwan University, Taiwan
• W. Chiu – Baylor University, USA
• J. Choi – Kyung Hee University, Korea
• R.E. Coelho – Federal Centre of Technology Education, Bahia, Brazil
• S.D. Cotofana – Delft University of Technology, The Netherlands
• A. Dietzel – Technical University of Eindhoven, The Netherlands
• M.J. Ellenbecker – University of Massachusetts, Lowell, USA
• S. Fafard – Cyrium Technologies Incorporated, Canada
• B.D. Fahlman – Central Michigan University, USA
• D.G. Fatouros – University of Portsmouth, UK
• H. Fenniri – University of Alberta, Canada
• E. Flahaut – University of Toulouse, Paul Sabatier, France
• D. Flandre – Catholic University of Louvain, Belgium
• R. Forster – Dublin City University, Ireland
• W. Frey – University of Texas, Austin, USA
• T. Fukuda – Nagoya University, Japan
• A.K. Goel – Michigan Technological University, USA
• Y. Golan – Ben-Gurion University of the Negev, Israel
• P. Gröning – Swiss Federal Laboratories for Materials Testing and Research, Switzerland
• A. Grunwald – ITAS, Germany
• G. Halada – Stony Brook University, USA
• P. Haldar – University of Albany, USA
• D. Hammerstrom – Portland State University, USA
• T. Harju – University of Turku, Finland
• A.J. Hart – University of Michigan, USA
• U. Hartmann – Saarland University, Germany
• S. Hayati – NASA Jet Propulsion Laboratory, USA
• I.P. Herman – Columbia University, USA
• M. Husein – University of Calgary, Canada
• C. Jagadish – Australian National University, Australia
• F. Kadirgan – Istanbul Technical University, Turkey
• M. Karp – Tampere University of Technology, Finland
• I. Katakis – University of Rovira i Virgili, Spain
• S.M. Kelly – University of Hull, UK
• S.I. Khondaker – University of Central Florida, USA
• J. Kreuter – Johann Wolfgang Goethe University, Germany
• J. LaBaer – Harvard University, USA
• S.T. Lee – City University of Hong Kong, PR China
• T. Lee – Gwangju Institute of Science & Technology (GIST), Korea
• C.T. Lim – National University of Singapore, Singapore
• J. Liu – University of California, Riverside, USA
• L.M. Liz-Marzán – University of Vigo, Spain
• S. Logothetidis – Aristotle University of Thessaloniki, Greece
• G. Marom – Hebrew University of Jerusalem, Israel
• D. Maroudas – University of Massachusetts, Amherst, USA
• S. Martel – Montréal Polytechnic University, Canada
• R. Martins – New University of Lisbon, Portugal
• M.D. Mehta – University of Saskatchewan, Canada
• C. Menon – Simon Fraser University, Canada
• J. Motohisa – Hokkaido University, Japan
• P. Munroe – University of New South Wales, Australia
• T. Nann – University of East Anglia, UK
• M. Nawaz – Infineon Technologies AG, Germany
• A. Nordmann – Darmstadt University of Technology, Germany
• T. O'Dwyer – University of Limerick, Ireland
• R.E. Palmer – University of Birmingham, UK
• G.R. Palmese – Drexel University, USA
• B. Park – Oxonica Materials Limited, UK
• J.M. Pearce – Clarion University, USA
• E. Pechkova – Nanoworld Institute, Italy
• M.P. Pileni – University of Pierre and Marie Curie, France
• C.F. Pirri – Polytechnic University of Turin, Italy
• J. Pištora – Technical University of Ostrava, Czech Republic
• S. Prawer – University of Melbourne, Australia
• J. Ramsden – Cranfield University, UK
• A.M. Rao – Clemson University, USA
• M. Reed – Yale University, USA
• A. Requicha – University of Southern California, USA
• S.P. Ringer – University of Sydney, Australia
• K. Rissanen – University of Jyväskylä, Finland
• S.G. Roscoe – Acadia University, Canada
• K. Ross – University of Salford, UK
• G. Rozenberg – Leiden University, The Netherlands
• E. Sangiorgi – University of Bologna, Italy
• A. Sazonov – University of Waterloo, Canada
• L. Selmi – University of Udine, Italy
• A. Serpengüzel – Koç University, Turkey
• J. Shapter – Flinders University, Australia
• M. Sitharam – University of Florida, Gainesville, USA
• O. Solgaard – Stanford University, USA
• A. Srivastava – Louisiana State University, USA
• R. Stark – University of Münich, Germany
• M. Stevens – Imperial College London, UK
• M. Tachibana – Yokohama City University, Japan
• M. Tajmar – Austrian Research Centers GmbH, Austria
• N. Tansu – Lehigh University, USA
• V.V. Tarabara – Michigan State University, USA
• D.P. Uskokovic – Institute of Technical Sciences, Serbia
• C. von Borczyskowski – Chemnitz University of Technology, Germany
• J. Weckert – Charles Sturt University, Australia
• M.R. Wiesner – Duke University, USA
• G. Wolbring – University of Calgary, Canada
• M. Wu – University of California, Berkeley, USA
• H. Xie – University of Florida, USA
• L. Yang – Brookhaven National Laboratory, USA
• J.Y.-R. Ying – A-Star Institute of Bioengineering and Nanotechnology, Singapore
• K. Yong – POSTECH, Korea
• Y.Y. Zeevi – Technion-Israel Institute of Technology, Israel
• F. Zenhausern – Arizona State University, USA
• A. Zimmer – University of Graz, Austria
• L. Zoloth – Northwestern University, USA