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    • Project title: Quasi-classical Methods in Laser-Nucleus Interactions - Metode Cuazi-Clasice in Interactia Laser-Nucleus/QLASNUC
    Funding agency : Institute of Atomic Physics , Romania
    Project code: ELI-04

    Objectives:

    1. Numerical methods for solving time-dependent problems of nuclear excitation and nuclear decay in a strong laser field.

    2. Excitation of electric and magnetic giant resonances by ultra-intense laser fields in nuclei accelerated at relativistic energies

    3. Electron-nuclear coupling mediated by high-intensity laser fields

    4. Quasi-classical approximation in laser-assisted nuclear emission processes

     Group Members

    Şerban Mişicu

    Project Director (physicist), Expertise in nuclear reactions, nuclear structure and laser-nucleus interactions

    Marian Apostol

    Interaction of lasers with solids, plasmas, atoms and nuclei.Acceleration of particles in laser fields.

    Florin-Corneliu Cârstoiu- Mărgineanu

    High-level expertise in numerical methods applied to nuclear reactions, quantum many-body systems.

    Liviu Cristian Cune

    Expertise in quantum many-body systems and ther interactions with external perturbations. (laser-molecule interaction)

    Elena Lidia Olah

    Financial accounting

    Consuela Elena Matei

    Project Responsible P1 (engineer), Physics and technology of lasers, high-power femtosecond laser applications.

    Laura Ionel

    High power lasers, Chirped Pulse Amplification, Pulse Shaping, Coherent Beam Combining, X-Ray Lasers

    Olimpia Budriga

    PIC Simulations, multiphotonic processes, quantum optics

    Mihai Ganciu

    Particle acceleration in laser-plasma interaction; Radiation Hardening by using very high power lasers; Self organisation assisted by high intensity electric and magnetic fields

     

    Publications (mentioning the financial support granted to this project by the scientific authority CNCSIS, ROMANIA)

    1. O. Budriga, E. D’Humières, Modeling the ultra-high intensity laser pulse – cone target interaction for ion acceleration at CETALfacility”, Laser and Particle Beams, doi: 10.1017/S0263034617000349, 2017

    2. Ş. Mişicu and F. Carstoiu, Frauenhoffer Diffraction of Heavy Ions in Strong Laser Fields, submitted to J.Phys.G

    3. Ş. Mişicu and I.N. Mishustin, The Fullerene-like Structure of Superheavy Element Z=120 (Greinerium)-a tribute to Walter Greiner, "Memorial Volume, in honor of Walter Greiner",  eds. H. Stocker and P.O. Hess, World Scientific, 2017 (12 pages)-in press.

    4. Ş. Mişicu, The Early work of Walter Greiner, "Memorial Volume, in honor of Walter Greiner",  eds. H. Stocker and P.O. Hess, World Scientific, 2017 (16 pages)-in press.

    5. M. Apostol, Scattering of non-relativistic charged particles by electromagnetic radiation, accepted to Zeitschrifft fur Naturforschung

    6. M. Apostol, Ions “diffracted” on electromagnetic radiation, Journal of Theoretical Physics 267, 1-6 (2017)

          7. M. Apostol, A note on electromagnetic interaction. Radiation-induced fragmentation (dissociation) of quantum-mechanical assemblies, J.Theor.Phys. 268 (2017)

          8. M. Apostol, On the ionization of atoms by electromagnetic radiation, J.Theor.Phys. 269 (2017)

          9. M. Apostol, Ions diffracted by electromagnetic radiation. Charges scattered by radiation field, J..Theor. Phys. 270 (2017)

         10. M. Apostol, Scattering of non-relativistic quantum charges in electromagnetic radiation, J.Theor.Phys. 271 (2017)

         11. M. Apostol, Scattering of non-relativistic charged particles by electromagnetic radiation, J. Theor. Phys. 272 (2017)

         12. M. Apostol, A note on the ionization of atoms by electromagnetic radiation, J. Theor. Phys. 273 (2017)

         13. L. Ionel, C. Matei, I. Anghel, Spatial and temporal dynamicsof few-cycle laser beams in dispersive media, Rom. Reports in Physics (inprint-http://www.rrp.infim.ro/IP/A195.pdf)

     

    List of Talks of Group Members

    1. Laura Ionel, poster presentation at 9th InternationalSummer School „New Frontiers in Optical Technologies”, 7 - 11 August 2017, Tampere,Finland, Title: "Numerical analysis of spatial distortions in achirped pulse amplification system", author L. Ionel

    1. Olimpia Budriga, posterpresentation at 9th International Summer School „New Frontiers in OpticalTechnologies”, 7 - 11 August 2017, Tampere, Finland, Title:” Targetmodeling and fabrication for laser-ion acceleration at ELI-NP facility”,authors: O. Budrigă, E. d'Humières, F. C.Jipa, M. Zamfirescu

    1. Consuela Matei, oral presentation at IONS Balvanyos 2017, International OSANetwork of Students, 25-28 July 2017, Balvanyos, Romania, Title: „Array detector for dosimetry of laser accelerated particle beams”, authors: C. E. Matei,R. A. Vasilache, M.-A. Popovici, M. Petrus, D. C. Dumitras

    1. ConsuelaMatei, oral presentation at 25th International Conference on Advanced LaserTechnologies (ALT’17), 10-15 September 2017, Busan, Korea, Title: „NovelArray Detector for Overcoming the Dosimetry Challenges of Measuring LaserAccelerated Short Pulse Charged Particle Beams”, authors: R. A. Vasilache, A. Popovici, M. Straticiuc, D. C. Dumitras,C. E. Matei