Marián Janek

Marián Janek

Mgr., PhD.  ·  Physicist  ·  Materials & Technologies
Department of Physics, FEEIT  ·  University of Žilina, Slovakia

He specializes in thermal properties of polymers & solid materials and interferometric signal processing, as well as few-nucleon systems and spin structure of light nuclei. He is an investigator on Horizon 2020, coordinator of SR–RU international projects, VEGA, and KEGA.

Univerzitná 8215/1, 010 26 Žilina, SK
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Materiály
Výučba
Arduino, LabVIEW, prezentácie, sketchs
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Publikácie & projekty
Výskum
104 Scopus · Horizon 2020 · VEGA

Publication Metrics

104Scopus
publications
94Web of Science
publications
87ORCID
works

Research Areas

Polymer nanocomposites Thermal conductivity Interferometric signals Few-body nuclear systems Spin physics & polarization

Career

  • Current Physics Dept., University of Žilina: numerical modelling, data analysis, thermal & dielectric measurements
  • 2016 2nd Prize of JINR for the series "Study of the ³He and ³H spin structure in dd reactions at intermediate energies"

Projects & Activities

  • 2025–2028 Horizon 2020: Participant, “Development of knowledge and technology to implement retrofilling in power transformers using biodegradable or recycled fluids and fostering circular economy”
  • 2014–2021 SR–RU: Coordinator, bilateral Slovak-Russian project on few-nucleon systems
  • VEGA / KEGA Investigator, Slovak scientific and educational grant projects
  • Teaching Supervisor and reviewer of bachelor's & master's theses

Selected Publications

  • 1
    Halloysite nanotube enhanced polyurethane nanocomposites for advanced electroinsulating applications
    Hardoň Š., Kúdelčík J., Janek M. et al.   Nanotechnology Reviews, 14(1), 2025. DOI →
  • 2
    Optical Fiber Sensor for Jugular Venous Pulse Waveforms Measurement
    Martincek I., Tarjanyiova G., Janek M. et al.   IEEE Sensors Journal, 2026. DOI →
  • 3
    Method for Extracting Arterial Pulse Waveforms from Interferometric Signals
    Janek M., Martincek I., Tarjanyiova G.   Sensors, 2025. DOI →
  • 4
    Novel, Cost Effective, and Reliable Method for Thermal Conductivity Measurement
    Janek M., Kudelcik J., Hardon S., Gutten M.   Sensors, 2024. DOI →
  • 5
    Study of the dp Elastic and dp Breakup Complementary Processes Using Polarized and Unpolarized Beam of Nuclotron
    Janek M., Ladygin V.P. et al.   Few-Body Systems, 2022. DOI →

Full publication list: Google Scholar · ORCID (87 works) · Scopus (104) · Web of Science (94)