Curriculum Vitae Madalina Boca

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1 Curriculum Vitae Madalina Boca PERSONAL DATA Last Name: BOCA First Name: MADALINA Address: University of Bucharest, Department of Physics P.O. Box MG-11, Magurele, Romania web page: boca/ EDUCATION June PhD thesis defended at the University of Bucharest, Department of Physics; thesis title: Generalization of space-translation method for atom laser interaction in relativistic regime, supervisor Prof. Viorica Florescu M.Sc. University of Bucharest, Department of Physics, Theoretical Physics. Theoretical thesis Cooper minima ; thesis supervisor Professor Viorica Florescu B.Sc. University of Bucharest, Department of Physics, Theoretical Physics. Theoretical thesis Cross section calculation in dipole approximation and first retardation correction for the radiative recombination process ; thesis supervisor Professor Constantin Vrejoiu EMPLOYMENT present : Department of Physics, University of Bucharest RESEARCH INTERESTS The main part of my scientific activity concerns the interaction of atoms with ultra-intense electromagnetic radiation, involving theoretical studies and numerical simulations. During my PhD stage I was involved in several research projects, in a collaboration with Professors V. Florescu (University of Bucharest), M. Gavrila (ITAMP) and H. G. Muller (AMOLF). Application of the Floquet theory for one-dimensional model atoms interacting with monochromatic superintense electromagnetic fields Dynamic stabilization of the ground state Hydrogen atom interacting with a circularly polarized laser pulse Relativistic effects in atom-laser interaction Dirac equation for an one-dimensional model atom in an external laser pulse 1

2 Laser assisted and laser induced scattering of radiation on electrons COMPUTING EXPERIENCE Programming in FORTRAN, C, C++, Mathematica experience in Computational Physics: numerical solution of the 1D Floquet system of equations (using a code developed by M. Marinescu), numerical integration of the time-dependent 1D Schrdinger and Dirac equations (using my own numerical codes), numerical integration of the time-dependent 3D Schrdinger equation (using a code developed by H. G. Muller). Basic elements of Linux system administration TEACHING EXPERIENCE Recitation classes: Quantum Mechanics (7 years), Quantum theory of scattering (4 years), Analytical Mechanics (2 years), Statistical Physics (one year) M.Sc. problem class: Theoretical Atomic Physics (3 years). Courses in Quantum Mechanics, undergraduate level (one year) and Special Topics of Theoretical Physics (undergraduate level) (two years). PARTICIPATION IN SUMMER SCHOOLS, TRAINING PE- RIODS Intense Laser-Matter Interaction and Pulse Propagation, August 1-24, 2005, Dresden, Germany International School of Quantum Electronics, 43rd Course Matter in Super-Intense Laser Fields, 27 June - 05 July 2006, Erice, Italy Two one-month training periods at FOM Institute for Atomic and Molecular Physics, Amsterdam in 2001 and 2003, with Professors H. G. Muller and M. Gavrila. 2

3 Publication list Madalina Boca Retardation corrections to the angular distributions for the free-bound transitions in H- like atoms. Vrejoiu, C; Zota, S; Mezincescu, N; Boca, M. EUROPEAN PHYSICAL JOURNAL D 7 (4): , Resonances and antibound states for the dressed one-dimensional delta-function potential. Boca, M; Chirila, C; Stroe, M; Florescu, V. PHYSICS LETTERS A 286 (6): The one-dimensional delta-function model atom in a high frequency laser field. Stroe, M; Boca, M; Dinu, V; Florescu, V. LASER PHYSICS The dressed states of an electron in a one-dimensional two delta-functions potential. Chirila, C; Boca, M; Dinu, V; Florescu, V. EUROPEAN PHYSICAL JOURNAL D The dressed states of an electron in the modified Pöschl-Teller potential, Boca, M; Stroe, M. ROMANIAN REPORTS IN PHYSICS 55, Dynamic stabilization of ground-state hydrogen in superintense circularly polarized laser pulses. Boca, M; Muller, HG; Gavrila, M. JOURNAL OF PHYSICS B- ATOMIC MOLECULAR AND OPTICAL PHYSICS 37 (1): Comment on Origin of light-induced states in intense laser fields and their observability in photoelectron spectra. Stroe, M; Boca, M. PHYSICAL REVIEW A 71 (1), art.no Relativistic effects in the time evolution of an one-dimensional model atom in a laser pulse. Boca, M; Florescu, V. EUROPEAN PHYSICAL JOURNAL D 46 (1): The Interaction of Free Electrons with Intense Electromagnetic Radiation, Boca, M; Florescu V. ROMANIAN JOURNAL OF PHYSICS

4 Quantum Chernoff bound as a measure of nonclassicality for one-mode Gaussian states, M. Boca, I. Ghiu, P. Marian, and T. A. Marian, Phys. Rev. A 79, (2009). Nonlinear Compton scattering with a laser pulse, Boca, M; Florescu Phys. Rev. A 80, (2000). Thomson and Compton scattering with an intense laser pulse, Boca, M, Florescu V, Eur. Phys. J. D 61, (2011). Oral communications Dynamic stabilization of ground state Hydrogen in super-intense circularly polarized laser pulses, M. Boca, H. G. Muller and M. Gavrila, oral communication at 11th International Laser Physics Workshop, Bratislava, Autoionizing Floquet states, M. Boca, I. Simbotin, M. Stroe, M. Gavrila, oral communication, at 13th International Laser Physics Workshop, Trieste, Numerical integration of the time-dependent Schrödinger equation in mixed lengthvelocity gauge, M. Boca, oral communication at the National Conference on Theoretical Physics, Busteni, 2008 Poster communications Quasienergies and time evolution in short range one-dimensional systems, M. Boca, M. Stroe, V. Dinu and V. Florescu, poster communication at the International Workshop on Laser-Matter Interaction, Brussels, Light induced states and time evolution in short range potentials, M. Stroe and M. Boca, poster communication at 12th International Laser Physics Workshop, Hamburg, From antibound states to quasienergies: the case of modified Pöschl Teller potential, M. Boca and V. Florescu, poster communication at ECAMPVIII, Rennes,

5 Generalized space-translated Dirac and Pauli/Schrödinger equations for super-intense laser-atom interactions, M. Boca, V. Florescu and M. Gavrila, poster communication at 43th International School of Quantum Electronics, Erice, A relativistic generalization of the Kramers - Henneberger transformation, M. Boca, V. Florescu and M. Gavrila, poster communication at IAMPI 2006, Szeged. Numerical solution of the one dimensional Dirac equation for an atom in external laser field: the influence of the potential depth, M. Boca, V. Florescu, poster communication at ECAMP IX, 2007, Crete-Greece. Laser assisted Compton scattering on free electrons, M. Boca, O Budriga, M. Dondera and V. Florescu, poster communication at ICPEAC XXV, 2007, Freiburg, Germany. Relativistic description of K-shell laser induced Compton scattering, M. Boca and V. Florescu, poster communication at 21st INTERNATIONAL CONFERENCE ON X-RAY AND INNER-SHELL PROCESSES, Paris 2008 The influence of the laser pulse duration and shape on the non-linear Compton effect, M. Boca and V. Florescu, poster communication at the 426. WE-Heraeus Seminar Atomic Theory for Fundamental Interactions and Simple Systems in Strong Fields Remarks on classical calculation of Thomson scattering, M. Boca, poster communication at the international workshop Atom2009, Dresden. Classical versus quantum descriptions of non-linear Compton scattering, M. Boca and V. Florescu, poster communication at the international workshop Atom2009, Dresden. Non-linear Compton effect with a laser pulse, M. Boca and V. Florescu, poster communication at ICPEAC XXVI, 2009, Kalamazoo, USA, [Journal of Physics: Conference Series 194, (2009)]. Participations in summer schools, training periods Intense Laser-Matter Interaction and Pulse Propagation, August 1-24, 2005, Dresden, Germany 3

6 International School of Quantum Electronics, 43rd Course Matter in Super-Intense Laser Fields, 27 June - 05 July 2006, Erice, Italy 4