DFTB symposium at the ACS Meeting
A dedicated symposium about DFTB was organised as part of the ACS Fall meeting in San Francisco from 09/10 to 09/14 2006. Below you find the list of the oral presentations. You may download the abstract of each talk, and eventually also the presentation itself. (If you were one of the speakers and would like to add your presentation, please send it to Bálint Aradi. Powerpoint or PDF format is preferred.)
| Speaker | Title | Downloads |
|---|---|---|
Thomas Frauenheim | An approximate DFT-method to understand complex materials structures, properties and functions | |
Gotthard Seifert | Tight-binding density functional theory: An approximate Kohn-Sham DFT scheme | |
Marcus Elstner | The SCC-DFTB method applied to biological systems: Successes, problems and extensions | |
James J. P. Stewart | A practical parameter optimization technique for semiempirical methods | |
Walter Thiel | Looking at DFTB from a semiempirical perspective | |
Keiji Morokuma | Recent developments and applications of the DFTB (Density Functional Tight Binding) method | |
Qiang Cui | Development and application of QM/MM methods based on the SCC-DFTB approach | |
Weitao Yang | Simulations of biological systems with DFTB and the divide-and-conquer linear scaling method Weitao Yang | |
Darrin M. York | Next-generation DFT-based quantum models for simulations of biocatalysis | |
Pavel Hobza | Stabilization energies of DNA base pairs and aminoacid pairs: WFT, DFT and DFTB calculations | |
Jan Hermans | SCCDFTB as a bridge between MM and high-level QM | |
Adrian E. Roitberg | An implementation of DFTB in amber9 | |
Karl J. Jalkanen | Vibrational circular dichroism and Raman optical activity of biomolecules: What information can we extract | |
Sudeep Bhattacharyay | Calculation of the reduction potential of Flavin Adenine dinucleotide in medium chain acyl-CoA dehydrogenase using combined DFTB/MM simulations | |
Hua Guo | Binding and catalysis of metallo-beta-lactamase studied using a SCC-DFTB/CHARMM approach | |
Hélio A. Duarte | Quantum-mechanical simulations of inclusion compounds: Cyclodextrine and polypeptides in aqueous solution | |
Hao Hu | Effective application of SCCDFTB in simulating structural and thermodynamic properties of molecular systems | |
H. Lee Woodcock III | Development and application of CHARMM's hybrid QM/MM reaction path methods | |
Nicoleta Bondar | Proton transfer in bacteriorhodopsin studied with SCC-DFTB QM/MM | |
Thomas Heine | Simulation of processes on the nanometer scale using the DFTB method | |
Stephan Irle | DFTB-based QM/MD simulations of nanostructure formation processes far from thermodynamic equilibrium | |
Peter Zapol | Carbon ad-dimer interactions with nanocarbons as a route to new materials | |
Christopher J. Cramer | CMx charges for SCC-DFTB and some GaN vignettes | |
Koblar A. Jackson | Wafers, platelets, rods and spheres: Using DFTB to determine the structural minima of atomic clusters | |
M. Riad Manaa | Application of SCC-tight-binding to reactive systems at extreme conditions | |
Micha Polak | Equilibrium chemical order and segregation at alloy surfaces and nanoclusters computed using tight-binding derived coordination-dependent bond energies | |
Filipp Furche | Computing optical properties of conformationally flexible molecules | |
Thomas A. Niehaus | Optical spectra from Tight-Binding methods: Time dependent DFT vs. Bethe-Salpether approaches | |
Marius Wanko | Excited state photodynamics on semi-empirical and QM/MM grounds | |
John M. McKelvey | A comparison of ground and excited state properties using SCC-DFTB and semiempirical methods | |
Alessandro Pecchia | The gDFTB method applied to transport in Si nanowires and carbon nanotubes | |
Jeffrey R. Reimers | Application of DFTB in molecular electronics | |
Christof Köhler | Spinpolarization in the SCC-DFTB formalism | |
Ben Hourahine | DFTB and modern DFT | |
Henryk A. Witek | Relativistic parameterization of the SCC-DFTB method | |
Michael Sternberg | SIPs: Tailored parallelization of the generalized symmetric eigenproblem | |
Bálint Aradi | Sparse matrix based implementation of the DFTB method | |
Guishan Zheng | An efficient implementation of Density-Functional based Tight-Binding method (DFTB) in Gaussian 03 program: The calculation of energies, gradients, vibrational frequencies and IR spectrums |