Chemistry Seminar - Synthesis and Luminescence of Bis(di-tert-butylphenanthroline) Cu(I): a complex with unique reactivity and applications in solar cells
Green Careers Panel Discussion
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Marilyn Gunner
Physics
Electron transfer & proton transfer reactions
137th Str and Convent AveNew York , NY 10031
Email:
gunner [ AT ] sci.ccny.cuny.edu
Work:
(212) 650-6079
Websites:
Biography:
Interests:
Electron transfer & proton transfer reactions. Evaluating when and where electrostatic interactions are important in proteins.
• Using time-resolved optical spectroscopy to study photosynthetic reaction centers. The aim is to characterize the energy landscape (reaction barriers and thermodynamics) of electron transfer reactions that are coupled to protein and proton motions.
• Calculating pKs and electrochemical midpoints in proteins to see how a protein's form yields its function.
• Developing MCCE which combines continuum electrostatics & molecular mechanics to study coupled conformation & ionization state changes in proteins.
Electron transfer & proton transfer reactions. Evaluating when and where electrostatic interactions are important in proteins.
• Using time-resolved optical spectroscopy to study photosynthetic reaction centers. The aim is to characterize the energy landscape (reaction barriers and thermodynamics) of electron transfer reactions that are coupled to protein and proton motions.
• Calculating pKs and electrochemical midpoints in proteins to see how a protein's form yields its function.
• Developing MCCE which combines continuum electrostatics & molecular mechanics to study coupled conformation & ionization state changes in proteins.
