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Bartlett Lecture
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Session Chairman: David
Magers
Mississippi
College
|
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Rodney J. Bartlett
University of Florida
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Coupled-Cluster Theory in Quantum
Chemistry: The Emergence of a New Paradigm
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2nd Session
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Session Chairman: Paul
B. Tchounwou
Jackson State
University
|
|
Alexander D.
MacKerell, Jr
University of Maryland
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Development
of a Polarizable Force Field Based on the Classical Drude Oscillator
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Darrin M. York
University of Minnesota
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Molecular Simulation and Quantum Chemical
Studies of Ribozyme Catalysis
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3rd Session
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Session Chairman: Charles
R. Welch
US
Army ERDC
|
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Yasuyuki Ishikawa
University of Puerto Rico
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A Combined Direct Molecular
Dynamics/Density-Functional Theoretical Study of the Electrochemical Hydrogen
Oxidation Reaction and Underpotential Deposition of H on Pt(111)
|
|
Kwang S. Kim
Pohang University of Science and Technology
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Magic
Structures and Quantum Conductance of Linear Ultrathin Nanowires and Negative
Differential Resistance of Molecular Wires
|
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Szczepan Roszak
Wroclaw University of Technology
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The bonding and structural and
thermodynamic properties of metal-carbon and metal-silicon compounds -
building blocks of same nanomaterials
|
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4th Session
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Session Chairman: Jaroslav
Burda
Charles
University
|
|
Sharon Hammes-Schiffer
Pennsylvania State University
|
Nuclear-Electronic Orbital Approach:
Including Nuclear Quantum Effects in Electronic Structure Calculations
|
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Manthos G. Papadopoulos
National Hellenic Research Foundation
|
The
Linear and Nonlinear Optical Properties of a Series of Derivatives Involving
One or More Noble Gas Atoms
|
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5th Session
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Session Chairman: Hongtao
Yu
Jackson
State University
|
|
Thomas C. Schulthess
Oak Ridge National Laboratory
|
Self-Interaction Corrected Local Spin
Density Calculations in Strongly Correlated Electron Materials
|
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Takahito Nakajima
University of Tokyo
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Large-Scale Molecular Theory
|
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6th Session
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Session Chairman: Fillmore
Freeman
University of
California, Irvine
|
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Vincent Ortiz
Auburn University
|
Three Approaches to a Nonlocal,
Energy-Dependent Correlation Potential in Electron Propagator Theory
|
|
Roberto Cammi
Universita' di Parma
|
Structure and Properties of
Molecular Solutes in Electronic
Excited
States: a Polarizable
Continuum Model Approach
Based on the Time
Dependent Density Fuctional Theory
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