The meeting will cover all aspects of solid state lighting ranging from new material development and device physics to the design of efficient
luminaire optics.
Within the next 25 years general lighting and illumination will undergo a revolution. Incandescent as well as gas discharge lamps will be gradually
replaced by highly efficient organic and inorganic semiconductor devices. With both light sources, efficiencies of more than 100 lm/W for white light
generation have recently been demonstrated. While inorganic LEDs are expected to be the dominating point light sources, organic devices (OLEDs) will
play a major role as area light sources. The tremendous and ongoing progress relies on advances in material science, device packaging and light
management.
Papers were considered in the following topic categories:
LEDs:
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LED growth, internal efficiency, droop
- Light extraction (incl. nanostructures, photonic crystals, surface plasmons)
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Novel device designs, modeling of LEDs
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Novel substrates and materials
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Phosphors, white LEDs, new concepts for high-quality white
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Color metrics for white LEDs
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Thermal management
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Manufacturing technologies
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Standardization
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LED applications
OLEDs:
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New organic materials for high efficiency
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Light extraction
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Hybrid organic/inorganic approaches
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New device architectures
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Patterning, processing, and manufacturing technologies
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Large-area devices
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Lifetime and stability
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New transparent electrodes
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Thermal management
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Mechanical properties
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Modeling of electroluminescence and device physics
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Encapsulation technologies
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Photometric characterization techniques
Solid State Lighting Systems:
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Optical Design
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Color management
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Thermal management
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Metrology and standardization
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Drivers, Adaptive Control systems
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Applications (General, Automotive, Road/Street Lighting, Displays etc.)
The Call for Papers will be available March 30, 2012.
View the 2011 Meeting Archive containing the final program (PDF)
Go to Optics InfoBase for a listing of all meeting paper archives.
This event is part of the Renewable Energy and the Environment Congress, allowing attendees to access to all meetings within the Congress for the price of one and to collaborate on topics of mutual interest.
Renewable Energy and the Environment: OSA Optics & Photonics Congress
- Optics for Solar Energy (SOLAR)
- Solid State and Organic Lighting (SOLED)
- Optical Nanostructures and Advanced Materials for Photovoltaics (PV)
- Optical Instrumentation for Energy & Environmental Applications (E2)
Sponsor:
