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10/21/2013
BioScience Research Collaborative near Rice University
Workshop on “Surface Plasmons, Metamaterials, and Catalysis” at BioScience Research Collaborative near Rice University. TOPICS: - State of the art in plasmonics, metamaterials, and chemical catalysis.
- Areas of chemical catalysis that could benefit from enhanced optical/electromagnetic concepts from seismic to x-ray wavelengths.
- Concepts for nanophotonic- and metamaterials- driven catalysis and heat generation.
- Surface nanoengineering to merge nanophotonics and catalysis.
- Quantum plasmonics.
- Hot electrons driving chemistry.
- Chemical sensing using nanophotonic and plasmonic concepts.
- Nanophotonic characterization of catalytic structures: Where do the reactions happen? And how fast?
Click here for more information. |
10/22/2013
BioScience Research Collaborative near Rice University
Workshop on “Surface Plasmons, Metamaterials, and Catalysis” at BioScience Research Collaborative near Rice University. TOPICS: - State of the art in plasmonics, metamaterials, and chemical catalysis.
- Areas of chemical catalysis that could benefit from enhanced optical/electromagnetic concepts from seismic to x-ray wavelengths.
- Concepts for nanophotonic- and metamaterials- driven catalysis and heat generation.
- Surface nanoengineering to merge nanophotonics and catalysis.
- Quantum plasmonics.
- Hot electrons driving chemistry.
- Chemical sensing using nanophotonic and plasmonic concepts.
- Nanophotonic characterization of catalytic structures: Where do the reactions happen? And how fast?
Click here for more information. |
10/23/2013
BioScience Research Collaborative near Rice University
Workshop on “Surface Plasmons, Metamaterials, and Catalysis” at BioScience Research Collaborative near Rice University. TOPICS: - State of the art in plasmonics, metamaterials, and chemical catalysis.
- Areas of chemical catalysis that could benefit from enhanced optical/electromagnetic concepts from seismic to x-ray wavelengths.
- Concepts for nanophotonic- and metamaterials- driven catalysis and heat generation.
- Surface nanoengineering to merge nanophotonics and catalysis.
- Quantum plasmonics.
- Hot electrons driving chemistry.
- Chemical sensing using nanophotonic and plasmonic concepts.
- Nanophotonic characterization of catalytic structures: Where do the reactions happen? And how fast?
Click here for more information. |
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