Workshop:        Proton Solvation and Transport in Chemistry, Biology,
                  and Materials Science: 200 Years After Grotthuss

 

Location:          Hilton Washington Dulles Airport Hotel, 13869 Park Center Road, Herndon, Virginia

 

Sunday, June 25

 

Opening Remarks: Greg Voth (University of Utah)

 

Dinner Lecture: Historical Perspectives on Grotthuss

Sam Cukierman (Loyola Medical Center)

On Proton Transfer, Waters, Biomolecules, or, Et Tu, Grotthuss!

 

Monday AM, June 26

 

Opening Remarks: Eric Rohlfing, Acting Director, Chemical Sciences Division, DOE-BES

 

Lectures: Fundamental Issues

Noam Agmon (Hebrew University, Protons in Aqueous Systems)

                        HB Statistics and Proton Mobility

Mark Johnson (Yale, Protonated Water Clusters)

                        Fundamental Aspects of Proton Accommodation by Water

Ken Jordan         (Pittsburgh, Protonated Water Clusters)

                        Protonated Water Clusters

Rich Saykally (U. C. Berkeley, Protons at Interfaces)

                        Protons - at the Liquid Water Surface

 

Monday PM, June 26

 

Lectures: Protons in Complex Materials

Tom Zawodzinski (Case Western Reserve, Proton Conducting Membranes)

Michel Dupuis (PNNL, Polymer Electrolyte Membranes)

                        Proton Transfer and Transport in Complex Molecular Systems: Polymer Electrolyte Membranes                           

Steve Creager (Clemson, Proton Conducting Membranes)

                        Proton Transport in Fluorosulfonimide and Fluoroalkylphosphonic Ionomer Electrolytes             

David Keffer (Tennessee, Proton Conducting Membranes)

                        The Molecular Structure of Hydrated Nafion Membrane Interfaces: Developing a Model for Proton Transport                       

Michael Fayer (Stanford, Proton Dissociation and Water Dynamics)

                        Nanoscopic Water and Proton Transfer

 

Tuesday AM, June 27

 

Lectures: Protons in Bulk Phase and Biomolecules

 

Lawrence Pratt (LANL, Solvation of Protons)

                        Quasi-chemical Theory and AIMD for H+(aq), and Issues for the Physical Chemistry of H+(aq)     

Jim Cowin (PNNL, Proton Transport Experiments)

                        Protons in Water Ice – New Tricks

Sam Cukierman (Loyola Medical Center, Biomimetic Proton Channels)

                        Biomimetic Proton Channels: Selectivity and Modulation of H+ Transfer by Specific Groups in a Protein and Membrane

David Silverman (Florida, PT in Enzymes)

                        Proton Transfer through Intervening Water in Catalysis by Carbonic Anhydrase

Greg Voth (Utah, PT in Aqueous and Biomolecular Systems)

                        Solvation and Transport of Excess Protons in Aqueous, Biomolecular, and Materials Systems

 

Tuesday PM, June 27

 

Lectures: Proton Transport in Biology

Tom DeCoursey (Rush Med Center, PT in Biological Proton Channels)

                        Biological Proton Channels with Special Emphasis on Voltage-gated Proton Channels

Lawrence Pinto (Northwestern, PT in Viral Proton Channels)

                        Influenza A Virus A/M2 and Influenza B Virus BM2 Proteins

Colin Wraight (UIUC, PT in Photosynthesis)

                        Getting Protons in – Keeping Electrons Out

Robert Gennis (UIUC, Biological Proton Pumps and Bioenergetics)

                        The Proton Pump of Cytochrome c Oxidase

Shelagh Ferguson-Miller (Michigan State, Biological Proton Pumps)

                        Proton and Water Pathways in Cytochrome c Oxidase – Role of conserved Water and Conserved Lipid

 

Wednesday AM, June 28

 

Lectures: Protons in Complex Materials (Continued)

Klaus-Dieter Kreuer (MPI Stuttgart, Proton Conducting Materials)
                        From Elementary Reactions to New Proton Conducting Materials

Lutgard De Jonghe (UC Berkeley and LBNL, Proton Conducting Membranes)
                        Applied and Basic Research for Fuel Cells for Automotive Applications

Stephen Paddison (U. of Alabama, Proton Conducting Membranes)
                        Protons in Polymer Electrolyte Membranes: Complexity, Cooperativity, and Connectivity