About us
Department of Gaseous Electronics
Research, technology and applications
The research activities conducted within the Department are associated with science, technology and applications. The main activities focus on non-equilibrium plasma generation, gas discharges and surface characterization.
MoreLess
From fundamental science to applications
Activities of the Department of Gaseous Electronics cover research from the science of gases and gaseous discharges, plasma nanoscience, plasma biology and biomedicine, advanced sensors and surface electronics to advanced vacuum science and technology.
Our mission is to inspire the world with science and innovative technologies in gaseous electronics.
This overview follows the supplied design. The scientific team will review and complete the descriptions before public launch.
Scientific fields
- Atmospheric and low-pressure gaseous discharges
- Plasma characterization by optical emission and absorption techniques
- Plasma nanoscience and plasma biomedicine
- Surface and thin film analysis
- Study of field emission from nanostructured materials
- Investigation of reactions on surfaces and interfaces
- Development of plasma technologies
- Vacuum techniques, vacuum optoelectronics and design of vacuum systems
Researchers
Prof. Dr. Uroš Cvelbar
Nataša Hojnik
Urška Kisovec
Martina Modic
Vincenc Nemanič
Jaka Olenik
Vasyl Shvalya
Damjan Vengust
Janez Zavašnik
Marko Žumer
Neelakandan Marath Santhosh
Juš Polanšek
Laura Martinčič
Naomi Northage
Jelena Štrbac
Oleh Baranov
Alexandre Nomine
Ardita Kurtishaj Hamzaj
Anjana Baby
Milica Pena
Katarina Ceglar
Yaseen Shafayet
Contact & map
Jožef Stefan Institute
Jamova cesta 39
1000 Ljubljana, Slovenia
info@ijs.si
Department F6
Department of Gaseous Electronics
Teslova ulica 30
1000 Ljubljana, Slovenia
Office · Urška Kisovec
+386 1 477 3536urska.kisovec@ijs.si
Department head · Uroš Cvelbar
uros.cvelbar@ijs.siDepartment F6 · Gaseous Electronics
Teslova ulica 30, Ljubljana, Slovenia
If the map cannot load, open directions in Google Maps or use the address above.
Google Maps directions