C U R R I C U L U M  V I T A E

PERSONAL DATA

Name and surname: Tasko Grozdanov

Date of birth: February 24, 1951.

Place of birth: Beograd, Serbia

Nationality: Serbia

EDUCATION

Undergraduate studies: (1969-1974) Technical Physics Department,
Electrical Engineering Faculty, University of Beograd.

Postgraduate studies: (1974-1977) Theoretical Physics, Faculty of
Natural Science and Mathematics, University of Beograd.

M.A. thesis: "Applications of Asymptotic Methods in Atomic Collision
Theory", 1977, Institute of Physics and Faculty of Natural Science and
Mathematics, University of Beograd.

Ph.D. thesis: "Charge Exchange Collisions of Multiply Charged Ions
with Atoms", 1981, Institute of Physics and Faculty of Natural Science
and Mathematics, University of Beograd.

PROFESSIONAL POSITIONS

Department of Theoretical Physics, Institute of Physics, University of
Beograd, Yugoslavia:

Assistant, 1975.-1981.

Research Assistant Professor, 1981.-1985.

Research Associate Professor, 1985.-1992.

Research Professor 1992.-

SPECIALIZATIONS AND VISITING POSITIONS

Advanced training: (1980) Department of Theoretical Physics, Leningrad
State University, Leningrad, USSR.

Postdoctoral specialization:(1984-1986) Department of Chemistry,
University of Southern California, Los Angeles, USA.

Directeur de recherche associe de CNRS: (1993,1999), Laboratoire de Dynamique
Moleculaire et Atomique, Universite Paris VI, Paris, France

Senior resarch associate:(1994-1995) Department of Chemistry,
University of Southern California, Los Angeles, USA.

Visiting professor: (1995-2004), Laboratoire de Dynamique
des Ions, Atomes et Molecules, Universite Paris VI, Paris, France

 TEACHING EXPERIENCE

Professor at postgraduate studies of Theoretical physics at Physics
faculty, University of Beograd, Yugoslavia (1986.- 2010) for subjects:

-Advanced Quantum Mechanics

-Theory of Atomic and Molecular Spectra

-Quantum Scattering Theory

MAIN FIELDS OF SCIENTIFIC WORK

-Applications of asymptotic methods in atomic physics.

-Theory of slow ion-atom collisions.

-Rydberg atoms in external fields.

-Semiclassical quantization of nonintegrable systems.

-Quantum manifestations of chaotic classical dynamics.

-Photoionization and photodissociation processes.

- Low-energy ractive collisions