Lehigh University - Iacocca Hall
September 13-14, 2010

The unprecedented surge in global energy consumption and increased awareness of climate change have pushed energy and the environment to the forefront of public debate. Over the next quarter century, it is
estimated that some $20 trillion in capital investment will be required to meet worldwide energy demand. For scientists and engineers, satisfying that demand while protecting the environment is a grand challenge that will shape research and educational priorities for decades to come, addressing all phases of the energy life-cycle --
generation, distribution, consumption, and associated environmental impact.

This workshop brings together preeminent experts and researchers exploring nanoscale solutions in this field of global significance.
Nanotechnology directly addresses society's energy needs through chemistry and materials -- catalysis, sorbent, and membrane research that supports cleaner energy sources and greener energy usage. Nanoscale
research in electrical engineering, physics, and photonics also has a significant role to play in handling the growing energy drain of cyberspace, and in finding better ways to harvest accessible, distributed sources of energy. Development of new materials, characterization techniques, and applications supports progress across
these areas.

For further information or to register, please visit www.lehigh.edu/nanoenergy.

Invited speakers include:
  • Miguel Banares, Instituto de Catalisis, Madrid
    Operando Raman Spectroscopy for Monitoring
    Energy and Environment Related Processes

  • Alexis Bell, University of California - Berkeley
    Nanocatalysis for Energy Applications

  • Ralph Cavin, University of Virginia
    Nanoelectronics & Information Technology

  • Mary Crawford, Sandia National Laboratory
    Solid State Lighting Technologies

  • Hongxing Jiang, Texas Technological University
    Nitride Semiconductors for Energy Generation

  • Chris Jones, Georgia Institute of Technology
    Nanostructured Organic-Inorganic Hybrid Adsorbent
    Materials for CO2 Capture from Dilute Gas Stream

  • Stuart Lindsey, Arizona State University
    STM and Molecular Electronics

  • Chris Marshall, Argonne National Laboratory
    In situ Characterization of Small Metal Particles
    Using XAS

  • Stephen Pennycook, Oak Ridge National Laboratory
    Insights into Energy Materials Through
    Aberration-corrected STEM

  • John Rogers, University of Illinois at Urbana-Champaign
    Using Old Materials in New Ways for Photovoltaics

  • Eli Yablonovich, University of California - Berkeley
    Energy Efficient Electronics

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