Research Department Plasma Plasmakammer (EN)
Plasma chamber

Plasma Science Hub

The Plasma Science Hub is an integral part of the cutting-edge research at the Ruhr-Universität in the Key Research Area Matter, Materials & Energy.

Plasmas - luminous, energetically excited gases - are omnipresent and form the visible matter of our universe. They are what make stars shine, as they play a central role in astrophysical processes. The team at the Plasma Science Hub wants to understand these phenomena. After all, knowledge about plasmas on Earth is not only relevant to astrophysics. Plasmas are also true all-rounders in industry: they can be used to sterilize medical devices, coat surfaces, generate light and much more. They are used in semiconductor technology, microsystems technology, the refinement of technical surfaces or for switching high currents. Plasma technology is therefore one of the key technologies of the 21st century with great potential for innovation.

Future advances in plasma physics will drive sustainable manufacturing, environmental remediation, agricultural innovation and biotechnological applications. They will also deepen our understanding of extreme states of matter and electromagnetic processes that occur in space and can now be replicated in the laboratory. The integration of theoretical modeling, high-performance computing, advanced diagnostics and experimental innovation continues to drive the field forward.

Facts
  • 31 Principal Investigators
  • 9 Junior and Honorary Investigators

Ongoing projects

The Collaborative Research Centre combines the subfields of astrophysics, plasma physics, astroparticle physics and particle physics.

This Collaborative Research Centre explores how the non-equilibrium property of plasma can be transferred on contact with liquids and solids.

Astrophysicist Dr Elisa Pueschel wants to penetrate a still unexplored mass range of dark matter particles.

Clara Saraceno will use her ERC Consolidator Grant to develop new methods for adjusting air plasma composition using ultrafast lasers. This revolutionizes light generation, but also other areas.

Neutron stars may be much heavier than predicted by theory. This is possibly due to hyperons, i.e. poorly understood elementary particles. John Bulava aims at reconciling theory and experiment with new simulations.

Discrepancies between measurements give rise to questions about physics beyond the standard model.

Partner in the University Alliance Ruhr

The Research Center Future Energy Materials and Systems of the University Alliance Ruhr is dedicated to sustainable materials for the energy applications of the future.

RC Future Energy Materials and Systems

Contact

Prof. Dr.
Thomas
Mussenbrock

Phone Number
Zwei Hände schrauben an einem großen Messgerät.

Whether sustainable materials, plasma research, astrophysics, terahertz or laser technology: understanding the basics and being equipped for the challenges of the future - this is the aim of the focus area.

Bildliche beispielhafte Darstellung eines Dokuments.
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