Laser Department
Advanced Technologies in Thin Films - GAP
Atomic and Ionic Spectroscopy of Laboratory and Astrophysical Plasmas
Fundamental research in laser-plasma, fusion plasma issues, laser-induced atomic processes
Laboratory of Laser Induced Photochemistry
Nanoparticle synthesis by using high versatile and reliable research tools and techniques: the laser pyrolysis / LCVD techniques; Laser synthesis of nanostructures (particles/encapsulated, composites) and their functionalization (targeting magnetic, biocompatible and catalytic properties): carbon-based nanoparticles and nanotubes; iron/iron oxide and titanium/titanium oxide-based nanoparticles; iron-carbon nanocomposites / encapsulated iron/iron oxide/siloxane polymer nanoparticles
Laser Interferometry and Applications
Laser Spectroscopy Group
The group was founded in 1975 by Prof. Mihail Lucian Pascu , within the Institute of Physics – Bucharest (IFB) which belonged to the Romanian Academy of Sciences. It has as research objectives modern spectroscopy studies using coherent and incoherent optical sources to investigate atoms, simple(diatomic) and complex molecules such as pollutants, bio-molecules, gas and liquid laser active media, optical components. The main characteristics of the group is the approach of multidisciplinary studies using optics and optical spectroscopy methods to investigate fields such as : pollution control, laser equipment to monitor polutants in air, water and soil, laser biomedicine, basic spectroscopy research.
Laser-Surface-Plasma Interactions Laboratory
Nonlinear and Information Optics Laboratory
Optics and Lasers in Life Sciences, Environment and Manufacturing
Laser photoacoustic spectroscopy (LPAS) for trace gas detection and non-invasive
Photonic Processing of Advanced Materials Group
Quantum Dots, Nanopowders and Thin Films Group
Solid-State Laser Laboratory
Flash and diode pumped solid-state lasers, microchip lasers, material processing using ultrafast laser pulses, non-linear optical devices, laser beam characterization
