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RTG 2522 Kickoff

Feb 25 – 26, 2020
Europe/Berlin timezone

Contribution List

16 out of 16 displayed
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  1. 1. RTG 2522 Opening
    Holger Gies (TPI, FSU Jena)
    2/25/20, 10:00 AM
  2. 2. IMR Consistency Tests on Gravitational Signals from the second observing run of LIGO and Virgo
    Matteo Breschi (TPI Jena)
    2/25/20, 10:30 AM
  3. 3. Poor foundations of a heated debate; semi-classical black hole evaporation
    Daan Janssen (ITP Leipzig)
    2/25/20, 11:30 AM

    Back in the 70s Stephen Hawking suggested from semi-classical gravity arguments (i.e. coupling `classical' general relativity to a quantum field theory as a matter model) that black holes can evaporate in a way which leads to non-reversible time evolution. This suggestion has proved
    to be controversial, especially among those working in quantum gravity. As such, this scenario is often...

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  4. 4. Adaptive Mesh Refinement for Gravitational Wave Collapse
    Sarah Renkhoff (TPI Jena)
    2/25/20, 12:00 PM
  5. 5. Lecture: The Operator Product Expansion as a structural property of Quantum Field Theories
    Markus Fröb
    2/25/20, 2:30 PM
  6. 16. Quantum Corrections to the Thermal Nature of Black Holes
    Katharina Wölfl (TPI Jena)
    2/25/20, 3:30 PM
  7. 6. Key note talk:String-localized QED
    Karl-Henning Rehren (Göttingen U)
    2/25/20, 4:30 PM
  8. 7. Glancing at energy inequalities in integrable quantum field theories
    Jan Mandrysch (ITP Leipzig)
    2/25/20, 6:00 PM
  9. 8. Board/Fellow Meeting
    2/25/20, 8:00 PM
  10. 9. Key note talk: The Weyl anomaly and some of its uses
    Stefan Theisen (AEI Potsdam)
    2/26/20, 9:00 AM
  11. 11. Lecture: Introduction to spin foams and background independent renormalization
    Sebastian Steinhaus (TPI, FSU Jena)
    2/26/20, 11:00 AM
  12. 12. Asymptotically safe QED
    Jobst Ziebell (TPI Jena)
    2/26/20, 12:00 PM
  13. 13. Transmission Amplitude through a Coulomb-blockaded Majorana Wire
    Matthias Thamm (ITP Leipzig)
    2/26/20, 2:30 PM
  14. 14. A New Phase Transition and Chiral Symmetry in 1+2D Thirring Models
    Julian Lenz (TPI Jena)
    2/26/20, 3:00 PM
  15. 15. Hydrodynamics, Spontaneously Broken Symmetries, Holography, and New Results
    Sean Gray (TPI Jena)
    2/26/20, 3:30 PM
  16. 10. Project talk