The most important result of the NLPQT project will be the creation of a modern research infrastructure that will be made available to entrepreneurs in the form of specialized services for the quantum and photonic industries. The new equipment will enable scientific research at the highest global level in the field of, among others, the dissemination of standard optical frequency, the operation of quantum key distribution systems, or optical measurements of biological materials.

  • A node of the carrier frequency dissemination network (1)


  • Optical frequency comb with 1 um laser (2)


  • Optical fiber fusion splicer with recoater (3)


  • Thermography camera (5)


  • Tunable CW laser source (6)


  • Rubidium frequency standard with GPS synchronisation capability (7)


  • Ultraviolet interference lithography station (18)


  • Test station for metamaterials and three-dimensional nanostructures (19)


  • Setup for time-resolved studies of photoactive materials (20)


  • Setup for studies of emission properties of photoactive materials (21)


  • Station for preparation of samples of biophotonic materials (22)


  • The setup for surface microstructure by ablation with ultrashort laser pulses (24)


  • Stations for characterization and determination of physicochemical parameters of developed and manufactured photonic and microelectronic sensor structures (25)


  • Stations for controlled generation, dosing and measurement of standard gas mixtures for research in microelectronic and photonic sensorics (26)


  • Station for testing the magneto-optical properties of photonic structures (27)


  • Optical profilometer (38)


  • Micromachining R&D station with femtosecond laser (39)


  • System for broadband measurements of chromatic dispersion in optical fibers (50)


  • Station for fabrication of fiber optic Bragg gratings (51)


  • Comprehensive stand for photometric measurements (52)


  • Optical fiber drawing tower (53)


  • Supercontinuum source with wavelength selectors (54)


  • Set of optical spectrum analyzers (55)


  • Glass processing station (57)


  • Fiber-optic distributed sensing system (58)


  • Setup for the synthesis of nanocrystals (60)


  • Setup for spectroscopy with a cryogenic/low temperature source (62)


  • Spectrometer for high temperatures (63)


  • Ultrafast OCT optical tomograph for ophthalmic examinations using the technique of tuned lasers (64)


  • Phase-sensitive mapping systems with dynamic removal of the spot field and wave front distortion associated with the use of coherent light (65)


  • A microscopic system with high spatial and temporal resolution for functional imaging at the cellular level using nanoparticles (66)


  • OCM coherence scanning microscope system (67)


  • Quantum interfaces test bench (69)


  • Experimental quantum imaging test bench (70)


  • A mobile platform for the production of ultracold cesium atoms (71)


  • Pump-probe broadband spectroscopy setup for solotronic systems (72)


  • System for fabrication of semiconductor-dielectric and semiconductor-metal hybrid structures (73)


  • Cryogenic confocal microscope (78)


  • OCT system with a tuned light source with a long imaging range (80)


  • Thermomechanical analyzer (59)


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