Dr. Karol Krzempek

Obtained his PhD on Nonlinear Frequency Conversion-based Mid-infrared Laser Sources at the Faculty of Electronics at Wroclaw University of Science and Technology (WUST), in 2016. He currently continues his research in this area at the WUST. Research interests of KK include laser gas sensors including photothermal gas detection techniques, as well as efficient use of hollow-core fibers as low-volume gas cells in laser spectroscopy applications. His research contributions also include design and optimization of CW and pulsed fiber-based laser sources working in the 1 μm, 1.5 μm and 2 μm wavelength regions and subsequent nonlinear mixing of the emission of such coherent sources. He participated in 13 research grants (4 as Principal Investigator), and is the co-author of 11 national patents. Throughout his academic career, KK received numerous national scholarships and awards. Recently, KK contributed as a co-editor for MDPI and Forntiers in Physics. He contributed to more than 90 scientific works.

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Dr. Piotr Jaworski

Received his PhD in Physics from Heriot-Watt University, Edinburgh, UK in 2015. During his PhD studies he was working on the development of novel antiresonant hollow-core fibers for the delivery of high peak power pulsed laser light in the near-ir and visible spectral range and its application to precision micro-machining. After that he joined in 2015 Lukasiewicz Research Network - PORT Institute (before Wroclaw Research Center EIT+) as a research engineer in Laser Sensing Laboratory. Since that time his research work has been focused on laser-based gas sensing using both bulk optics-based and hollow-core fibers-based gas spectrometers. In 2018 he became the Head of Laser Sensing Laboratory in PORT. In 2019 he joined the Laser Spectroscopy Group at Wroclaw University of Science and Technology focusing his research on gas sensing using hollow-core microstructured fibers. Piotr Jaworski is an author and co-author of 48 research articles, conference proceedings and conference presentations. He has been a main investigator in 8 research projects and principal investigator in 1 research grant. He also developed two laser-based gas sensing systems for industrial enterprises from Poland.

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Dr. Paweł Kozioł

Received his PhD in Telecommunication at Wroclaw University of Science and Technology, Poland in 2017. During his PhD studies he was working on the development of the technology of direct laser metallization of the ceramic surface and its application in fabrication of passive metamaterial structures for the microwave and terahertz range. In 2015 he joined the Lukasiewicz Research Network - PORT Institute (prior Wroclaw Research Center EIT+) as a research engineer in Laser Micromachining Laboratory. Since then his research work has been focused on laser modification and material processing using ns, ps lasers for different applications (mainly for industry). In 2019 he joined the Laser Spectroscopy Group at Wroclaw University of Science and Technology focusing his research on integration of sensitive methods of detecting trace concentrations of gases with sensor systems based on low-loss microstructural optical fibers with an air core. Paweł Kozioł is the co-author of 33 research articles, conference proceedings and conference presentations. He was the principal investigator in 1 research grant and the main investigator in 4 research projects.

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Dr. Grzegorz Dudzik

Obtained his PhD on „Laser frequency standard 780nm/⁸⁷Rb with  Zeeman splitting of atomic line” at the Faculty of Electronics, Wroclaw University of Science and Technology (PL) in 2009. From 2005 to 2010, he worked also in Lasertex Co. Ltd., as an independent constructor developing interferometric laser systems and iodine-based optical frequency standards. In 2011 he was promoted to Assistant Professor position. His main research contributions are connected with new approaches of laser spectroscopy, lasers frequency stabilization, laser interferometry and vibrometry, solid-state lasers, designing advanced electronics, signal processing, detection and programming. That wide area of Grzegorz activities was possible due to experience gained in professional work and his participation in many grants (10), mostly as a main investigator and designer. He has been author/co-author of many scientific works and 12 patents (one international). He has commercialized several products in the field of laser technology.

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Prof. Krzysztof Abramski

Krzysztof M. Abramski (1948) received his MSc and PhD in electronics from Wrocław University of Technology, Poland, in 1971 and 1978, respectively. At that time he worked at frequency stabilization of gas laser radiation (He-Ne/CH 4 ) and many aspects of spectral properties of laser radiation. In 1983-84 he worked as the Research Fellow in Quantum Electronics Group, Twente University of Technology, the Netherlands (optogalvanic effects in CO 2 , CO lasers, high pressure XeCl excimer lasers). In 1987 he spent half a year in Department of Applied Physics, Hull University, England and after that for over four years, till 1992) he worked as a visiting scientist at Optoelectrionics and Lasers Engineering Group,
Heriott-Watt University, Edinburgh, working on different aspects of RF excited CO 2 lasers (wavegudes, slab-waveguides, waveguide arrays, phase locking structures). He returned to Wroclaw (1993), where he started creating the Laser and Fiber Electronics Group. In 2006 he
initiated popular teaching specialization “Optocommunications”, in 2011 he initiated the English MSc program “Advanced Applied Electronics” (about 20-30 student per course) and in 2016 English engineering program “Electronic and Computer Engineering” (about 45-50 students per course) at the Electronics Faculty. His scientific interests: optical fiber lasers (cw tunable, femtosecond, combs), microchip solid state diode pumped, optical fiber sensors, free-space and optical fiber communications, laser spectroscopy. He supervised 21 doctors. He has position of a full professor (from 2018 professor emeritus).

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