NATIONAL INSTITUTE for LASER, PLASMA and RADIATION PHYSICS
   LABORATORY of SOLID-STATE QUANTUM ELECTRONICS



                                                            CLOSED PROJECTS

                                                                                                        - 2012 - 2016 -
1. PD51/05.10.2011: UPCONVERSION PROCESSES IN COMPOUNDS FROM THE LANGASITE FAMILY DOPED WITH RARE EARTH IONS
2. 689/2013 - Emitatoare si receptoare matriciale de radiatie THz pentru circuite integrate hibride
3 LASERLAB - EUROPE - The integrated Initiative of European Laser Research Infrastructures
4. 3 RO-FR/03.01.2012: RESEARCH AND DEVELOPMENT OF PURE AND Yb-ACTIVATED NONLINEAR OPTICAL BORATE TYPE CRYSTALS FOR THE REALIZATION OF NEW COMPACT AND TUNABLE HIGH-POWER VISIBLE SOLID-STATE LASER SOURCES BASED ON FREQUENCY CONVERSION PROCESSES

5. 35/06.10.2011: QUANTUM CONVERSION PROCESSES OF EXCITATION IN PHOTON SOURCES OF PROSPECT FOR SUSTAINABLE ENERGY PRODUCTION
6. 36/06.10.2011: WAVEGUIDE LASER DEVICES REALIZED BY DIRECT FEMTOSECOND LASER WRITING TECHNIQUE
7. 37/06.10.2011: ULTRAINTENSE THz WAVE GENERATED IN AIR-PLASMA BY SHORT-PULSE HIGH-INTENSITY LASER BEAM
8. 82/06.10.2011: INFRARED-INFRARED AND INFRARED-ULTRAVIOLET UPCONVERSION PROCESSES IN RARE EARTH DOPED PHOSPHORS
9. PN-II-PT-PCCA-2011-3.2-1040: LASER SYSTEM FOR IGNITION OF AN AUTOMOBILE ENGINE (LASSPARK)

                                                                                                         - 2017 - 
1. TINERE ECHIPE 208/2015: SINGLE CRYSTALLINE AND ALTERNATIVE POLYCRYSTALLINE CERAMIC MATERIALS FOR VISIBLE LASERS
2. PN-II-PT-PCCA-2013-4-1488: NEW HIGH-PERFORMANCE CRYSTALS FOR DEVELOPMENT OF HIGH-POWER TUNABLE VISIBLE LASER SOURCES BASED ON NONLINEAR OPTICAL PROCESSES (NOVILAS)
3. CONTRACT TERAELI-30-ELI: DEVELOPMENT OF TERAHERTZ DIAGNOSTICS AND IMAGING INSTRUMENTATION FOR HIGH POWER LASER EXPERIMENTS
4. CONTRACT 01 / 2017: PREMIEREA PARTICIPARII LA ORIZONT 2020
5. 119/2017: DEVELOPMENT OF EFFICIENT LASER AND NONLINEAR OPTICAL HUNTITE-TYPE BORATE CRYSTALS FOR NEAR-INFRARED AND VISIBLE LASER SOURCES
6. 157/2017: ADVANCED SOLID-STATE LASER ARCHITECTURES WITH MULTIPLE-BEAM OUTPUT FOR IGNITION OF LEAN INFLAMMABLE MIXTURES

                                                                                                        - 2022 - 
1. 8/2018: FRONTIER RESEARCH IN PHOTON-MATTER INTERACTION USING EXTREME HELICAL LIGHT BEAMS
2. PD 86/2020: DEVELOPMENT OF ADVANCED SINGLE - AND POLY-CRYSTALLINE MATERIALS FOR EFFICIENT LASER EMISSION IN VISIBLE SPECTRAL RANGE











Laboratory of Solid-State Quantum Electronics