Kleber Mundim

He holds an undergraduates degree in Physics from the University of Brasília (1978), a Masters degree in Physics from the University of Brasilia (1982) and a PhD from the Brazilian Center for Physical Research and Köln Universiät (Germany) (1991). He is currently a Full Professor at the University of Brasilia. He collaborates in different scientific committees such as CAPES, CNPq and FAPs. Has experience in the areas of Physics and Chemistry, with emphasis on Atomic and Molecular Physics, Calculation of Electronic Structure and Physical Chemistry. He is developing new quantum mechanical methods to study electronic properties in molecules to be used for computer new materials and drug design. He also works on Chemical Optimization Processes using GSA method, artificial intelligence in healthcare, as well as on d-Algebra to describe non-Linear Arrhenius reaction rate processes.Our group is engaged in projects covering a wide range of interests in the field of condensed matter physics, most of them involving computer simulations of electronic structure. The research is mainly focused at the atomistic understanding of the electronic and structural properties of a variety of intriguing systems, ranging from biological molecules, liquid crystals to alloys.Several different techniques are used to investigate the electronic structure of these systems, from fully ab initio calculations (at the Hartree-Fock and density functional theory level or even more accurate quantum chemical methods) to semi-empirical or empirical methods. Empirical potentials are also used in combinations with simulation procedures (e.g., Monte Carlo and Generalized Simulated Annealing GSA) to either obtain structures to be used in further quantum mechanical calculations, or to simply perform new molecular structures.Recent applications include the study of bio-molecules (Protein Folding), Mass Spectroscopy (TOFMS-GSA), Binary Alloys and Hamiltonian Liquid Crystals, generalization of Arrhenius Theory and Chemical Kinetics, artificial intelligence, as well as the development of new approaches of Hartree-Fock theory (q-Hartree-Fock) .artificial intelligence