GRK 186: High-Temperature Plasma Physics

高温等离子体物理是研究非线性、复杂物理系统的现代前沿课题。（磁和惯性）聚变研究与基础实验室以及天体物理等离子体研究之间的相互作用预计将导致对从空间物理到微电子学的物理学的新的理解和发现。基于北莱茵-威斯特伐利亚大学之间现有的合作，以及于利希研究中心的参与，Graduiertenkolleg可以提供理论，实验和应用等离子体物理学的广泛研究课题。等离子体物理学的广泛教育（包括，例如，诊断方法，数值，实验和分析技术）以及与邻近学科的合作，为后续工作开辟了许多可能性。

High-temperature plasma physics is a modern topic in the field of nonlinear, complex, physical systems. The interaction between (magnetic and inertial) fusion research and basic laboratory as well as astrophysical plasma investigations is expected to lead to new understandings and findings in physics, from space physics to microelectronics. Based on the existing collaborations between universities in North-Rhine-Westphalia, and the participation of the research center at Jülich, the Graduiertenkolleg can offer a broad spectrum of research topics in theoretical, experimental and appliedplasma physics. The broad education in plasma physics (including, e.g., diagnostic methods, numerics, experimental and analytical techniques) and the collaboration with neighbouring disciplines, opens many possibilities for subsequent work.