MIT CIPS Annual Meeting | May 20-21, 2009 | MIT, Cambridge, MA
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SPONSORED BY MIT Center for Integrated Photonic Systems, The Optical Society, and

co-sponsored by MIT Energy Initiative   

                                                                

                            
Meeting Focus

 

Held in Wong Auditorium

Building E51(Tang Center Building)

70 Memorial Drive, Cambridge, MA02139

 

The MIT Center for Integrated Photonic Systems (CIPS) and The Optical Society (OSA) present a new meeting on the rapidly expanding roles of optics and photonics in energy generation and conservation.  Three key energy topics will be covered: solar, solid state lighting and energy-source development and efficiency,  including  a focus on optical systems and design.  The meeting will cover both development and deployment aspects of these technologies, and will explore the barriers and opportunities to accelerate the impact of optics and photonics in the growing energy field.  A major objective of the meeting is to provide an interactive forum to generate discussion among researchers and practitioners across the energy value chain. Some results from the MIT Energy Initiative, a major campus-wide program and a meeting co-sponsor, will also be presented.

PROGRAM ABSTRACTS                                                    POST DEADLINE PAPERS ABSTRACTS

AGENDA of SESSIONS                                                         POST DEADLINE KEY TO AUTHORS

KEY to AUTHORS                                                                                                         

 

INVITED SPEAKERS

 

PLENARY SPEAKERS

Solar Energy Prospects, John Deutch; MIT, USA
Solar Photovoltaics Technology: The Revolution Begins, Larry Kazmerski; Natl. Renewable Energy Lab, USA

DINNER SPEAKER

Wall Street Perspective on the Alternative Energy Sector, Jeff Adams; Goldman Sachs, USA

TOPICAL SPEAKERS

SOLAR

Solar Economics

Ardeth Barnhardt; Univ. of Arizona, USA
Luminescent Solar Concentrators

Marc Baldo; MIT, USA
Nanoporous "Black Silicon" by a Nanocatalyzed Etch: Photovoltaic Anti-Reflection and Simple Physics from a Graded-Density Surface Layer

Howard Branz; Natl. Renewable Energy Lab, USA
Light Management in Photovoltaic Modules

Dan Doble; Fraunhofer ISE, Germany
Thin Film PV: The Pathway to Grid Parity

Benny Buller; First Solar, USA
What Photons Tell Us about Solar Cells: Imaging Diagnostic Techniques

Martin Kasemann; Fraunhofer ISE, Germany
Nanowires as Solar Cells and Nanoelectronic Power Sources

Thomas Kempa; Harvard Univ., USA
Optical Aspects of Linear Fresnel Reflector Design

David Mills; Ausra, USA
A MEMS Wafer Expansion Approach to Microconcentrator Silicon Solar Cells

Peter Peumans; Stanford Univ., USA
Focusing on the Optics

Narkis Shatz; SAIC, USA
Organic Materials for Solar Photvoltaics

Mark Thompson; Univ. of Southern California, USA
Beating the Optical Liouville Theorem

Roland Winston; Univ. of California at Merced, USA

SOLID-STATE LIGHTING

Flexible Solid-State Lighting

Brian D'Andrade; Exponent, USA
Solid-State Lighting Technology

Anil Duggal; GE, USA
Energy Implications of Solid-State Lighting Technology

E. Fred Schubert; Rensselaer Polytechnic Inst., USA
Advanced LEDs

Maria Anc, OSRAM SYLVANIA, USA

 

ENERGY-SOURCE DEVELOPMENT AND EFFICIENCY

Fiber Optic Sensors for Advanced Wind Generation: Structural Monitoring and Pitch Control

Kevin Hsu; Micron Optics, USA
Optical Gas Sensors for Energy Applications

Alexis Mendez; MCH Engineering, LLC , USA
Downhole Fluid Analysis: The Key to Unraveling Reservoir Complexities

Oliver Mullins; Schulumberger Technology Corp., USA
Optical Current Sensors for Electric Power Grid Modernization

Allen H. Rose, Jim Blake; Areva T&D Inc., USA

New Opportunities for Direct Light-to-Fuel Energy Conversion

Matthew W Kanan , MIT, USA

 
 

 

 

 

 

 
   
  Topics

Solar

  •  Photovoltaics and solar thermal
  •  Advanced materials and devices, including nanostructures
  •  Manufacturing technology
  •  Diagnostics
  •  Concentrators
  •  Optical Systems

Solid State Lighting

  •  Materials and devices, organics & other advanced materials
  •  Smart lighting technologies

Energy-Source Development and Efficiency

  • Fiber optic sensors for conventional and renewable energy sources )e.g., use in wind turbines, smart electric power grids an oil exploration/extraction)
  • Optics for enabling chemical- and biological- based energy generation and storage
     
   
  Meeting information
 

 

Program Committee 

Vladimir Bulovic, MIT, co-chair

Fred Leonberger, MIT, co-chair
Rajeev Ram, MIT, co-chair

Marc Baldo, MIT

Tonio Buonassisi, MIT

Shanhui Fan, Stanford University

Alan Kost, University of Arizona

Peter Peumans, Stanford University

Post - Deadline Paper Submission

Deadline: June 9, 2009

(12:00 p.m. noon EDT;16.00 GMT)

Pre-Registration* Deadline: June 10, 2009

* No Refunds on Cancellations                          Hotel Reservations

     
   

 

 

   
   
     
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