UNIVERSITATEA DIN BUCUREŞTI
FACULTATEA DE FIZICĂ

Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications
In the direction of doctoral studies Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications you have the opportunity to become familiarized to concepts specific to these disciplines and to be involved in a state-of-the-art research activity in the Faculty of Physics, the institutes on the Măgurele platform, especially the Horia Hulubei National Institute for Research and Development in Physics and Nuclear Engineering, or in international scientific collaborations such as CERN/ALICE or Pierre Auger.

You will be guided to perform scientific research in a wide range of areas, such as:
  • ion-atom interaction processes and applications, spectrometric and atomic and nuclear techniques for material characterization, determination of polluting elements in the environment (prof.dr. Ion V. POPESCU);
  • hydrodynamic behavior of nuclear matter, strangeness increase in relativistic and ultrarelativistic nuclear collisions, cumulativity and nuclear matter jets in nucleus-nucleus collisions, correlations and anti-correlations in particle generation, phase diagrams of nuclear matter, study of the interaction of cosmic radiations with underground detectors (prof.dr. Alexandru JIPA);
  • nuclear reaction data (prof.dr. Mihaela SIN);
  • study of nuclear reactions, in particular of those induced by deuterons at low energies (C.Ş.I dr. Marilena AVRIGEANU) and by nucleons and alfa particles at low energies (C.Ş.I dr. Vlad AVRIGEANU);
  • high-precision measurements of neutron cross-sections, nuclear reactions induced by neutrons and protons, evaluation of nuclear structure data (C.Ş.I dr. Alexandru NEGREŢ);
  • spectroscopic study of nuclei far from the stability line with implications for nuclear astrophysics, nuclear reactions induced by cluster projectiles, gathering of nuclear data in neutron-induced reactions (C.Ş.I dr. Cătălin BORCEA);
  • studies on structure and dynamics of relevant nuclei for testing fundamental interactions and symmetries, self-consistent description of coexistence phenomena in medium mass nuclei, stellar weak interaction rates for medium mass nuclei relevant for nucleosynthesis (C.Ş.I dr. Alexandrina PETROVICI);
  • the study of properties and dynamics of matter produced in hadronic collisions at LHC-CERN energies, the study of phase diagram of matter formed from strongly-interacting constituents, development of a new generation of detectors, front-end integrated electronics, data processing and acquisition systems (C.Ş.I dr. Mihai PETROVICI);
  • modeling of prompt emission in nuclear fission and the associated systematic behaviors (prof.dr. Anabella TUDORA);
  • the physics of astroparticles, neutrinos, of the interactions of radiations and particles with matter (prof.dr. Ionel LAZANU);
  • high-energy cosmic radiation in the KASCADE-Grande experiment, the study of the muonic component of extended atmospheric cascades in the Pierre Auger experiment, gamma spectrometry (prof.dr. Octavian SIMA);
  • metrology of ionizing radiations and of radon, high-precision measurement of the radioactivity of several types of materials with applications in radioprotection, medicine (C.Ş.I dr. Maria SAHAGIA);
  • dosimetry and radioprotection, absolute geochronology, analytical methods in studies of the environment and art works (prof.dr. Octavian DULIU);
More information on the research areas in which you can be introduced by the doctoral supervisors in this direction of studies, respectively their contact data, can be found here The coordinator of the direction of doctoral studies Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications is prof.dr. Alexandru JIPA
Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications
In the direction of doctoral studies Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications you have the opportunity to become familiarized with concepts specific to these disciplines and to be involved in a top-level research activity in the Faculty of Physics, in the institutes on the Măgurele Platform, in particular in the National R&D Institute in Physics and Nuclear Engineering „Horia Hulubei”, or in international scientific collaborations, for instance in CERN/ALICE, CERN/DUNE, FAIR/CBM or Pierre Auger.

In this direction of studies you will be supervised in a wide range of research themes, such as:
  • ion-atom interaction processes and applications, atomic and nuclear spectrometric techniques for the characterization of materials or for identification of toxic elements in the environment (prof.dr. Ion V. POPESCU);
  • hydrodynamic behavior of nuclear matter, strangeness increase in relativistic and ultrarelativistic nuclear collisions, cumulativity and nuclear matter jets in nucleus-nucleus collisions, correlations and anti-correlations in particle generation, phase diagrams of nuclear matter, studies of the interaction of cosmic radiations with underground detectors (prof.dr. Alexandru JIPA);
  • nuclear reaction data (prof.dr. Mihaela SIN);
  • nuclear reaction mechanisms, in particular of reactions induced by deuterons at low energies (C.Ş.I dr. Marilena AVRIGEANU) and by nucleons and alfa particles at low energies (C.Ş.I dr. Vlad AVRIGEANU);
  • high-precision measurements of neutron cross-sections, nuclear reactions induced by neutrons and protons, evaluation of nuclear structure data (C.Ş.I dr. Alexandru NEGREŢ);
  • spectroscopic study of nuclei far from the stability line with implications for nuclear astrophysics, nuclear reactions induced by cluster projectiles, gathering of nuclear data in neutron-induced reactions (C.Ş.I dr. Cătălin BORCEA);
  • studies on structure and dynamics of nuclei relevant for testing fundamental interactions and symmetries, self-consistent description of coexistence phenomena in medium mass nuclei, stellar weak interaction rates for medium mass nuclei relevant for nucleosynthesis processes (C.Ş.I dr. Alexandrina PETROVICI);
  • studies of properties and dynamics of matter produced in hadronic collisions at LHC-CERN, studies of the phase diagram of strongly interacting matter, development of a new generation of detectors, integrated front-end electronics, data processing and acquisition systems (C.Ş.I dr. Mihai PETROVICI);
  • modeling of prompt emission in nuclear fission and associated systematic behaviors (prof.dr. Anabella TUDORA);
  • astroparticle and neutrino physics, interactions of radiation and particles with matter (prof.dr. Ionel LAZANU);
  • high-energy cosmic radiations in the KASCADE-Grande experiment, study of the muonic component in extended atmospheric cascades in the Pierre Auger experiment, gamma spectrometry (prof.dr. Octavian SIMA);
  • radon and ionizing radiation metrology, high precision measurement of the radioactivity of various materials types with applications in radioprotection and medicine (C.Ş.I dr. Maria SAHAGIA);
  • dosimetry and radioprotection, absolute geochronology, analytical methods in environmental studies and in work of arts (prof.dr. Octavian DULIU);
More information on the research areas in which you can be supervised by doctoral supervisors in this direction, as well as their contact data, can be found here
The coordinator of the direction of doctoral studies Atomic and Nuclear Physics, Elementary Particles, Astrophysics and Applications is prof.dr. Alexandru JIPA
TITLU
Info




© Facultatea de Fizică - Universitatea din Bucureşti