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Layman's Guide to Quantum Theory | |||
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FacultyRodney J. BartlettGraduate Research Professor of Chemistry and Physics. His main research interest is in highly correlated methods for electronic structure theory, including the Coupled Cluster Methods and Many Body Perturbation Theory. Quick Links: Curriculum Vitae | Research Interests | Publications | Invited Lectures | Group Members | Students Graduated
Hai-Ping ChengProfessor of Physics and Chemistry. Her main research interest is in simulation of properties of large clusters and surface effects. Quick Links: Curriculum Vitae | Research Interests | Publications| Invited Lectures (scroll down) | Group Members | Students Graduated
Erik DeumensScientist in Chemistry and Physics. He is director of QTP and of the UF HPC Center and is responsible for the J.C. Slater Computing Laboratory, which is the shared computational facility of QTP. His main research interest is in structured software design and time-dependent studies of the interaction of electrons and nuclei in molecules using the Electron Nuclear Dynamics method. Quick Links: Curriculum Vitae | Research Interests (scroll down)| Publications (scroll down) Frank E. HarrisResident Adjunct Professor of Chemistry. Quick Links: Curriculum Vitae | Research Interests | Publications (scroll down)
So HirataAssistant Professor of Chemistry. New faculty member. His group is developing an artificial intelligence system that performs tedious mathematical derivations and computer implementations of new chemical theories whose complexity exceeds normal human comprehension. The group applies chemical theories to elucidate the properties of molecules that are vital to combustion,environmental and interstellar chemistry. They also study the initial chemical processes (excitation and ionization of water clusters) of the radiation damage to living tissues. Quick Links: Curriculum Vitae | Research Interests | Publications | Invited Lectures | Group Members Jeffrey L. KrauseAssociate Professor of Chemistry and Physics. His main research interest is in quantum molecular dynamics of laser controlled experiments, in particular laser controlled bond breaking. He currently on leave until August 2008. Quick Links: Curriculum Vitae | Research Interests (scroll down) | Publications | Invited Lectures | Group Members (scroll down) | Students Graduated Kenneth M. Merz, Jr.Professor of Chemistry and do-director of QTP. Quick Links: Curriculum Vitae | Research Interests | Publications | Invited Lectures | Group Members
David A. MichaAdjunct Professor and Emeritus Professor of Chemistry and Physics. His research interests are theoretical and computational aspects of many-body collision theory, quantum molecular dynamics, many-electron description of time-dependent molecular phenomena, and statistical mechanics of response and rate processes. Quick Links: Curriculum Vitae | Research Interests | Publications | Group Members | Students Graduated Henk J. MonkhorstProfessor of Physics and Chemistry. His main research interest is properties of polymers and a non-Born-Oppenheimer formulation of molecular structure theory using the Coupled Cluster method. Quick Links: Curriculum Vitae | Research Interests | Publications (scroll down)| Students Graduated N. Yngve ÖhrnProfessor Emeritus of Chemistry and Physics. His main research interest is in time-dependent descriptions of the interaction between electrons and nuclei using the Electron Nuclear Dynamics method and the theory of propagators. Quick Links: Curriculum Vitae | Research Interests | Publications | Students Graduated Adrian E. RoitbergAssociate Professor of Chemistry. His main research interest is in accurate calculations of biologically relevant molecular systems and processes using proven methods from Quantum Mechanics, Statistical Mechanics and Molecular Dynamics. He is also interested in advanced visualization. Quick Links: Curriculum Vitae | Research Interests | Publications | Group Members | Students Graduated John R. SabinProfessor in Physics and Chemistry. His main research interest is in the interaction between high energy radiation and matter, in particular the stopping power of materials. Serving as Director for Information Resources and Technologies at the College of Liberal Arts and Sciences since Jan 1998. Quick Links: Curriculum Vitae | Research Interests | Publications Samuel B. TrickeyProfessor (Emeritus) in Physics and Chemistry. Former QTP Director and, prior to that, Executive Director, Information Technologies and Services for University of Florida. Main research interests are density functional theory (e.g kinetic energy funtionals), applications of DFT to nanoscale systems, and methods of multi-scale simulations. Quick Links: Curriculum Vitae | Research Interests | Publications | Recent Publications | Invited Lectures
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