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Cosponsor(s):
Co-sponsored by ICTP, American Institute of Physics and TWAS
Start Time:
16 April 2012 at 08:30
Ends On:
19 April 2012
Location:
Trieste - Italy
Venue:
LB (Main Lecture Hall)
Organizer(s):
AIP: Philip W. Hammer; ICTP: Joseph Niemela (Local Organizer)
Description:
PURPOSE AND NATURE
Given the continuing globalization of advanced technological development, the International Centre for Theoretical Physics has joined with the American Institute of Physics to host an Industrial Physics Forum (IPF). The goal of the IPF is to enlarge the scope of fostering basic research by promoting links between scientists and industry. This interface is a crucial step in bridging science and society, leading to sustainable technological advancement or "capacity building”.
The 2012 Industrial Physics Forum (IPF) will have a rich array of sessions: 1) technical: physics of materials, solar & other alternative sources of energy, optics & lasers, microfluidics; 2) workshops on inquiry-based physics education and educational technology focusing on the role of pre-college, college, and graduate physics education in building local capacity; 3) sessions on the science & technology policy of capacity building; and 4) the very popular Frontiers of Physics session, featuring scientists who are making seminal contributions to leading edge research.
This conference is aimed at, and designed to be accessible to, a general audience of physicists and advanced degree students, though the target audience includes science policy administrators and leaders who would like to influence the role that physics plays in building industrial physics capacity in their region. There will be ample time for networking and community building.
Material:
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Welcome from ICTP
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Fernando Quevedo  (International Centre for Theoretical Physics, Italy) |
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Welcome from AIP
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Philip W. Hammer  (American Institute of Physics, USA) |
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Photovoltaics Technology: No Longer an Outlier
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Larry Kazmerski  (National Center for Photovoltaics (NREL), USA) |
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The Thermodynamic and Industrial Potentials of Organic Photovoltaics
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Sean Shaheen  (University of Denver, USA) |
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Photonic Materials for Solar Energy Conversion at the Thermodynamic Limit
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Harry Atwater  (California Institute of Technology, USA) |
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The Battery 500 Project: towards the ultimate battery
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Alessandro Curioni  (IBM Research, Zurich) |
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Graphene for nanoelectronic device applications
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Luigi Colombo  (Texas Instruments Inc., USA) |
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Innovation, Science and Technology Policy, and the Public Good
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Venky Narayanamurti  (Harvard University, USA) |
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Photovoltaics in transition towards a mainstream electricity provider - in developed and emerging economies
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Winfried Hoffman  (European PV Industry Association, Germany) |
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Bioenergy innovation at local, regional and global levels - addressing needs for emerging technologies to support sustainable growth and development
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Caroline Taylor  (UC Berkeley, USA) |
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Grid Access and Renewables in Developing Countries
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Rob Stoner  (MIT, USA) |
Chairperson: Joseph Niemela, ICTP
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Harnessing Light on a Silicon Chip for Optical Communications
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Solomon Assefa  (IBM Watson Research Center, US ) |
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From Big Bang to Biosphere: Progress and Prospects in Space Science
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Martin Rees  (Cambridge University, UK) |
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Quantum Nanotechology
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Andrew Briggs  (Oxford University, UK) |
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Introduction to the Education Sessions
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Dean Zollman  (Kansas State University, USA) |
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Developing teachers for engaged interactive teaching
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Ian Lawrence  (Institute of Physics, UK) |
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Coach, An Integrated Learning Environment for Science Education
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Ton Ellermeijer & Ewa Kedzierska  (CMA-Science, Amsterdam) |
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Insight into Organic Photovoltaics
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K. S. Narayan  (Jawaharlal Nehru Centre for Advances Scientific Research, Bangalore, India) |
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Towards Affordable Clean Energy Solutions: The Nanoscience Route
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Satishchandra B. Ogale  (National Chemical Laboratory, Pune, India) |
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Insight into Organic Photovoltaics
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Rene Lopez  (University of North Carolina, Chapel Hill, USA) |
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Microfluidic System Technology in Chemical Analysis
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Karsten Kraiczek  (Agilent, Walbron, Germany) |
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Microfluidics and the oil industry
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Patrick Tabeling  (ESPCI, France ) |
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Explaining the flow of elastic liquids
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John Hinch  (Cambridge University, UK) |
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Photonics-based Telemedicine Technologies toward Smart Global Health Systems
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Aydogan Ozcan  (UCLA, US) |
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Realistic applications of optical spectroscopy in the environmental and medical fields, with industrial potential
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Sune Svanberg  (Lund University, Sweden & South China Normal University) |
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Experiences in Physics Education at the Open University
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John Bolton  (British Open University, UK) |
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Inquiry teaching using inexpensive materials and unexpected results
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Gorazd Planinsic  (University of Ljubljana, Slovenia) |
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Destinations and Inspirations: The role of undergraduate research in capacity building for industrial physics
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Liz McCormack  (Bryn Mawr College, USA) |
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Scialog as a Model for Capacity Building Action Planning
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Richard Wiener  (Research Corporation for Science Advancement, USA) |
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Time-Reversal, Waves and Innovation
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Mathias Fink  (EPSI, France ) |
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Diagnostics and Treatment of Tumours using Laser Techniques
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Sune Svanberg and Katarina Svanberg  (Lund University, Sweden and South China Normal University, Guangzhou, China) |
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Reservoir Modeling and Simulation
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Thomas Halsey  (ExxonMobil Upstream Research, USA) |
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Microfluidics for global health diagnostics
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Samuel Sia  (Columbia University, USA) |
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Microfluidic principles and devices for analytical and synthetic purposes
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Han Gardeniers  (University of Twente, Netherlands) |
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Photovoltaics and Renewable Electricity in Europe
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Arnulf Jaeger-Waldau  (European Commission's Joint Research Center, Inspra, Italy) |
| Maintained by: The CDS Support Team (Bugs and reports) |