Denis Klevers

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Curriculum Vitae

• Curriculum Vitae (01/22/2013): PS • PDF

Publications

• From SPIRES
• Diploma thesis, On the Resolution of Orbifold Singularities in Heterotic String Theory: PS • PDF
  (submitted on 2007.11.28) The above files are not the submitted version. Minor typos are corrected.

Scholarships

2008.11 ~ 2011.04
Deutsche Telekom-Stiftung, Stipendiaten-Programm

2007.10 ~ 2011.04
Bonn-Cologne Graduate School of Physics and Astronomy, student member

2003.10 ~ 2007.12
Studienstiftung des Deutschen Volkes, Stipendiaten-Programm

Teaching

• Winter term 2012: Substitute lecturer "Introduction into Quantum Mechanics", Prof. Cvetic.

• Summer term 2012: Substitute lecturer "Introduction into Elementary Particle Physics", Prof. Cvetic.

• Winter term 2011: Substitute lecturer "Quantum Field Theory I", Prof. Cvetic.

• Summer term 2011: Exercises for "Quantum Field Theory I", Prof. Klemm
Exercise Sessions: Wednesday 8-10 Uhr, Thursday 10-12 Uhr, Friday, 12-14 Uhr.

• Winter term 2009: Exercises for "Theoretical Electrodynamics", Prof. Klemm
Exercise Sessions: Friday, 15-18 Uhr, Drop-In Center: Wednesday, 17-19 Uhr.

• Summer term 2009: Exercises for "Advanced Topics in String Theory", Prof. Klemm
Exercise Session: Wednesday, 9-11 Uhr, HS1 (Lecture Hall 1) Physikalisches Institut.
• Exercise01 (pdf): Path Integrals in QFT, Free CFTs.
• Exercise02 (pdf): Heat Kernel, Ward Identities and the generalized ghosts.
• Exercise03 (pdf): Conserved charges in 2D, Mode expansion, algebras and WZW models.
• Exercise04 (pdf): CFTs on the torus, Jacobi (modular) forms, simple examples.

• Winter term 2008: Drop In Center for "Theoretical Electrodynamics", Prof. Klemm

• Summer term 2008: Exercises for "Theoretical Particel Physics II", Prof. Nilles.
  
Exercise Session: Monday, 8-10 Uhr, SR1 Physikalisches Institut.
• Exercise01 (pdf): Basic facts about SU(2) and its representations.
• Exercise02 (pdf): Roots, weights, Dynkin labels and the Cartan matrix.
• Exercise03 (pdf): Orthonormal basis, fundamental weights, symmetry breaking and SU(5), SO(10).
• Exercise04 (pdf): Symmetry breaking of SU(5), Higgs mass corrections.
• Exercise05 (pdf): Lorentz group, SL(2,C), Weyl spinors and Grassmann variables.
• Exercise06 (pdf): The SUSY Algebra and Chiral Representations.
• Exercise07 (pdf): SUSY invariant action and the Wess-Zumino Model.
• Exercise08 (pdf): Vectorsuperfiels, Super Yang-Mills theories, matter couplings.
• Exercise09 (pdf): SUSY Breaking, F- and D-term breaking, Mass formula and Goldstino.
• Exercise10 (pdf): The Minimal Supersymmetric Standard Model.
• Exercise11 (pdf): Non-linear sigma model, SUGRA definitions, Polonyi model.
• Exercise12 (pdf): No-Scale SUGRA.
• Winter term 2007: TeXing the lecture notes for "Mathematik fuer Physiker III" (pdf) (ps)

Education