TOPICAL STUDENTS TALKS

SS 2010 FKTII

Steffen Backes:
  • Non-Abelian States of Matter
    • Steffen Backes:
  • Projected augmented-wave Method
    • Andreas Werner:
  • Spin liquids in frustrated magnets
    • Andreas Werner:
  • The Mermin-Wagner Theorem
    • Alisa Lier:
  • Quantum Computers
    • Alisa Lier:
  • Antiferromagnetism
    • Michael Adler:
  • Multiferroics
    • Michael Adler:
  • Quantum Hall Effect
    • Jens Schalkowski:
  • Iron Superconductors
    • Jens Schalkowski:
  • Kondo Model

    • WS 2010/11 FKTI

    Elena Gati / Michael Peter:
  • Polarons
    • Paul Weirich / Him Hoang:
  • Spinons and Holons
    • Johannes Hofmann / Daniel Hess :
  • Magnons
    • Kai Ackermann / Jean Diehl :
  • Excitons
    • Joscha Reichert:
  • Density Functional Theory

    • SS 2011 FKTII

    Michaela Altmeyer:
  • Quantum Criticality
    • Kira Riedl:
  • Quasicrystals
    • Robert Rueger:
  • Quantum metropolis algorithm
    • Jean Diehl:
  • Metamaterials
    • Hieu Hoang:
  • Kondo effect

    • WS 2011/12 FKTI

    Lars Postulka / Sebastian Becker:
  • Scanning tunneling microscopy
    • Simon Streib:
  • Goldstone Theorem
    • Wiebke Ritter:
  • Nuclear magnetic resonance
    • Kristin Kliemt / Carsten Neumann:
  • Graphene - An introduction
    • Jan Krieg / Steffi Hartmann:
  • de Haas van Alphen effect
    • Jan-Peter Baecker / Martin Lonsky:
  • Photoemission experiments
    • Matthias Holzhauer/Thomas Felix/Peter Fritzsche:
  • Raman spectroscopy
    • Peter Gruszka/Lukas Keller:
  • Neutron diffraction

    • SS 2014 QMII

    Martin Schmidt/Lukas Plogmacher:
  • Graphene and Dirac fermions
    • Fabian Schubert:
  • Hidden Variables
    • Marc Hanefeld/Matthias Wiecha:
  • Quantum teleportation

    • SS 2016 FKTII

    Lucas Habeney:
  • Quantum Criticality
    • Stefan Hartmann:
  • Solar Cells
    • David Kaib:
  • Quasicrystals
    • Ruediger Kraemer:
  • Higgs
    • Benjamin Nasir:
  • Non-abelian topological states
    • Aleksandar Razpopov:
  • Quantum Computing