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.
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Stations for characterization and determination of physicochemical parameters of developed and manufactured photonic and microelectronic sensor structures (25)
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Stations for controlled generation, dosing and measurement of standard gas mixtures for research in microelectronic and photonic sensorics (26)
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Ultrafast OCT optical tomograph for ophthalmic examinations using the technique of tuned lasers (64)
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Phase-sensitive mapping systems with dynamic removal of the spot field and wave front distortion associated with the use of coherent light (65)
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A microscopic system with high spatial and temporal resolution for functional imaging at the cellular level using nanoparticles (66)
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System for fabrication of semiconductor-dielectric and semiconductor-metal hybrid structures (73)
