UNIVERSITATEA DIN BUCUREŞTI
FACULTATEA DE FIZICĂ

Optics, Spectroscopy, Plasma, Lasers
In the direction of doctoral studies Optics, Spectroscopy, Plasma, Lasers you have the opportunity to become familiarized with the fundamental concepts of these four related disciplines and to be involved in a state-of-the-art research activity in the Faculty of Physics as well as in the institutes on the Măgurele platform, in particular in the National Institute for Laser, Plasma and Radiation Physics and in the research facility ELI-NP.

You will be guided to perform scientific research in a wide range of areas, such as:
  • classical and quantum optics, including applications in restauration of cultural objects (prof.dr. Tiberiu TUDOR);
  • the study of the nonlinear optical properties of nanostructures (conf.dr. Doiniţa BEJAN), respectively the use of nanostructures for generating surface plasmon polaritons and optical vortices, including their propagation and applications (prof.dr. Daniela DRAGOMAN);
  • micro- and nano-optics/spectroscopy, optofluidics, optical/spectroscopic characterization of complex molecules (C.Ş.I dr. Mihail Lucian PASCU);
  • the physics of tunable lasers (C.Ş.I dr. Mihail Lucian PASCU) and of solid-state lasers emitting in the visible spectrum (C.Ş.I dr. Nicolaie PAVEL) and THz (C.Ş.I dr. Traian DASCĂLU), respectively their industrial, biomedical and security applications;
  • generation of ultrashort laser pulses and their applications, including X-ray lasers and plasma generation using ultra-intense pulses (C.Ş.I dr. Daniel URSESCU);
  • plasma generation and their applications in surface processing, nanomaterial synthesis and controlled nuclear fusion (C.Ş.I dr. Gheorghe DINESCU);
  • pulsed laser technologies for nanostructure fabrication, including nanostructured surfaces and bio- and metamaterials, respectively their applications in biology, medicine, nanoelectronics, chemistry, or metallurgy (C.Ş.I dr. Ion MIHĂILESCU);
  • optical and spectroscopic investigations of nanostructures and composite materials, with applications in the development of sensors and configurations for energy storage (C.Ş.I dr. Mihaela BAIBARAC)
More information on the research areas in which you can be introduced by the above-mentioned doctoral supervisors, respectively their contact data, can be found here The coordinator of the direction of doctoral studies Optics, Spectroscopy, Plasma, Lasers is prof.dr. Daniela DRAGOMAN
Optics, Spectroscopy, Plasma, Lasers
In the direction of doctoral studies Optics, Spectroscopy, Plasma, Lasers you have the opportunity to become familiarized with fundamental concepts of these related disciplines and to be involved in top-level research activities in the Faculty of Physics and the institutes on the Măgurele Platform, in particular the National R&D Institute for Laser, Plasma and Radiation Physics as well as in the research facility ELI-NP.

You will be supervised in a wide range of research themes, such as:
  • classical and quantum optics, including applications in restauration of cultural artifacts (prof.dr. Tiberiu TUDOR);
  • the study of nonlinear optical properties of nanostructures (conf.dr. Doiniţa BEJAN), as well as the use of nanostructures for generating surface plasmon polaritons and optical vortices, including studies of their propagation and applications (prof.dr. Daniela DRAGOMAN);
  • micro- and nano-optics/spectroscopy, optofluidics, optical/spectroscopic characterization of complex molecules (C.Ş.I dr. Mihail Lucian PASCU);
  • the physics of tunable lasers (C.Ş.I dr. Mihail Lucian PASCU) and of solid-state lasers emitting in the visible spectrum (C.Ş.I dr. Nicolaie PAVEL) and in THz (C.Ş.I dr. Traian DASCĂLU), as well as their industrial, biomedical and security applications;
  • generation of ultrashort/ultraintense laser pulses and their applications, including X-ray lasers and laser-produced plasmas (C.Ş.I dr. Daniel URSESCU);
  • generation of plasma and applications in surface modification, synthesis of nanomaterials and controlled nuclear fusion (C.Ş.I dr. Gheorghe DINESCU);
  • generation of nanostructures, including nanostructured surfaces, bio- and metamaterials, using pulsed laser technologies, as well as their applications in biology, medicine, nanoelectronics, chemistry, or metallurgy (C.Ş.I dr. Ion MIHĂILESCU);
  • optical and spectroscopic investigations of nanostructures and composite materials with applications in sensors and configurations for energy storage (C.Ş.I dr. Mihaela BAIBARAC)
More information on the research areas in which you can be supervised by doctoral supervisors in this direction of studies, as well as their contact data, can be found here The coordinator of the direction of doctoral studies Optics, Spectroscopy, Plasma, Lasers is prof.dr. Daniela DRAGOMAN




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