RESEARCH TOPICS:
High-Throughput ab-initio electronic structure calculation → software development;
Compound semiconductors and their electronic properties →method: HT-DFT;
Molecular Magnets; determination of the magnetic and electronic properties of model molecular magnets based on the molecules containing chromium ions; →method: ab-initio electronic structure calculation (Density Functional Theory);
2D Coulomb Clusters, their structural and dynamic properties, in particular, the relation between magic configurations, local and radial melting of subshells and intershell rotation, the configurations in the ground and meta-stable states for various charges, as well as the new melting scenarios; →methods: Molecular Dynamics and Monte Carlo;
Critical properties of Ising model in the generalized mean-field approximation; →methods: transfer matrix and renormalization group.
PUBLICATION AND COMMUNICATIONS:
25 posters and 40 oral presentations on international conferences, meetings and schools.
Refereeing articles in:
Journal of Physics: Condensed Matter,
Journal of Physics: Mathematical and Theoretical
Journal of Physics B: Atomic, Molecular & Optical Physics
TEACHING EXPERIENCE at UAM:
Introduction to Informatics and Digital Electronics – classes;
Physical Laboratory;
Statistical Physics – classes;
System Unix – classes;
Quantum Chemistry – classes;
2001 Socrates Exchange Fellowship at
Katholieke
Universiteit Leuven, Belgium;
2003 Summer Course for Young Scientists at
Technische Universitaet Darmstadt, Germany;
2003-2004 EC Marie Curie Fellowship at
University of
Antwerp, Belgium;CMT
group
2004 Nanocluster School at
Katholieke Universiteit
Leuven, Belgium;
2004 Utrecht Summer School in Theoretical Physics at
Utrecht University, The Netherlands;
2005 Spring School: Nanomagnetism and Spintronics in
Cargese,
Corsica, France;
2006 European Doctorate in Molecular Magnetism
within
MAGMANet
at
University of Modena, Italy;
2006-2007 QUEMOLNA Fellowship at at University of Modena, Italy;
2007 'Psi-k training Graduate School' - MarieCurie Tutorial "Introduction
into electronic structure methods and DFT", at Bristol University,
United Kingdom
2008 QUEMOLNA Fellowship at at
University of Modena, Italy;
2009 Winter School 'Multiscale Simulation Methods in Molecular Sciences' at Forschungszentrum Juelich Germany
2011-2012 Postdoc within SBO-project at
Center for Molecular Modeling, Ghent University,
Belgium;
|
Movies illustrating melting of 2D Coulomb clusters: |
|
26 particles, q1=q2, configuration (3,9,14) |
10 particles, q=0.1 configuration
(5,5) |
| Materials concerning Molecular Magnetism: | |
Introduction to Molecular Magnetism -
presentation |
Molecular Magnetism - movie |
© Copyright 2011 D.M.Tomecka
