In this low-temperature device, master and doctoral students can explore turbulence, transport, plasma-wave interactions, and more.
Students can use a single Langmuir probe to determine the electron temperature and density in a glow discharge.
Two different types of electrical probes, the single Langmuir probe and the double Langmuir probe, are used to investigate the plasma parameters in a glow discharge depending on external control parameters.
The IPP RF laboratory consists of a series of experiments aiming at familiarizing students with high frequency transmission lines and high power radio frequency technology.
One of the largest tokamaks in the world, this device also boasts the only set of actively-cooled plasma-facing components.
Read about opportunities for graduate students to work on one of two fusion devices hosted at this institute.
In this experiment, basic wave phenomena like ion acoustic waves and the transition of these waves into the non-linear regime can be investigated.
Argon plasma in a cylindrical device
This experiment can offer insight into fusion reactions and diagnostic techniques, as well as serve as a neutron source.
With FuseNet funding, this university now hosts a number of hands-on experiments with access provided to local and Erasmus students.
Read about the opportunities for hands-on work with plasmas at Sofia University in their Fusion master programme.
This lab consists of 10 different plasma experiments as part of the university's programme 'Science and Technology of Nuclear Fusion'.
Read about the operation of this device, its capabilities, as well as opportunities for bachelor, master, or doctoral theses.
With the only operational Q-machine in Europe, students can investigate an extremely quiescent alkaline plasma as well as various instabilities.
This lab is used for training and education by local bachelor, master, and high school students.
Read about the remote framework at the Instituto Superior Técnico for completing plasma experiments.
