The Research Training Group “Mathematical Structures in Modern Quantum
Physics” investigates mathematical structures that arise in quantum
physics and their applications in quantum field theory. This includes the
study of purely mathematical questions regarding these structures, in areas such
as noncommutative geometry, analysis and representation theory, topology and
algebraic geometry.
Students with a background in pure mathematics or
mathematical physics will receive a broad education enabling
them to successfully pursue research on problems at the
interface between mathematics and quantum physics. In lecture
courses taught jointly by a mathematician and a physicist they
will learn about central ideas in mathematical physics,
including conceptual and constructive aspects of quantum field
theory and specific issues in string theory.
Their research will be guided and monitored by
interdisciplinary thesis committees under the roof of the
Georg-August University School of Science (GAUSS), which
ensures structured doctoral study programmes in all mathematics
and natural science faculties in Göttingen.
During the training program of the RTG, particularly for the organization of
workshops and conferences, we'll closely collaborate with the thematically and
geographically adjacent Research Training Group
“Analysis, Geometry and String Theory”
of the Leibniz Universität Hannover.
Our Research Training Group is funded by the Deutsche Forschungsgemeinschaft
(German Research Foundation) and will run from 1.4.2008 till 30.9.2012, with a
possible extension by further 4½ years. Altogether, we offer 14 stipends
for doctoral students and 2 postdoc positions.
Speaker of the Research Training Group is
Prof. Dr. Ralf Meyer.
Currently, several doctoral stipends are open for
applications.
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