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?

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?

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?