Cracow School of Theoretical Physics, LII Course, 2012

Speakers


Lectures:

  1. David BLASCHKE (Wroc³aw) Quark Matter in Compact Stars (1.pdf) (2.pdf)
  2. Philippe BRAX (Saclay) Modified Gravity and Dark Energy (blackboard talk)
  3. Wilfried BUCHMÜLLER (DESY) Baryogenesis, Dark Matter and the Maximal Temperature of the Early Universe (.pdf)
  4. Laura COVI (Göttingen) Gravitino and other SuperWIMPs in Cosmology (.pdf)
  5. Albert DE ROECK (CERN) Searches in CMS (.pdf)
  6. Jose A. FONT (Valencia) Simulations of Binary Neutron Stars and Black Hole-Torus Systems in General Relativity (1.pdf) (2.pdf)
  7. Andreas HOECKER (CERN) Searches for SUSY and Dark Matter at the LHC (.pdf)
  8. Alejandro IBARRA (Munich, Tech. Uni.) Indirect Dark Matter Detection (1.pdf) (2.pdf)
  9. Marek KOWALSKI (Bonn Uni.) Observational Cosmology (.pdf)
  10. Lance LABUN (Tuscon) Gravitationally Bound BSM Matter and How to Look for It (1.pdf)
    Lorentz force corrections and dark energy in strong electromagnetic fields (2.pdf)
  11. Aldo MORSELLI (INFN Roma) Dark Matter Searches with the Fermi Space Telescope (.pdf)
  12. Tomasz PLEWA (Florida State) Supernovae: Theory, Models and Laboratory Experiments (1.pdf) (2.pdf) (3.pdf)
  13. Jan RAFELSKI (Tuscon) LHC-Heavy Ion Experiments and the Early Universe (1.pdf) (2.pdf) (3.pdf)
  14. Georg RAFFELT (MPI Physics, Munich) Neutrinos in Astrophysics (1.pdf) (2.pdf) (3.pdf)
  15. Tomasz SKWARNICKI (Syracuse Uni.) Searching for BSM Physics in Heavy Flavor Loop Decays at LHCb (.pdf)
  16. Tomer VOLANSKY (Tel Aviv Uni.) Dark Matter Physics (.pdf)
  17. Henryk WILCZYNSKI (INP Krakow) Auger Experiment (.pdf)

Seminars:

  1. Laura van den AARSSEN (Hamburg Univ.) Thermal Decoupling and Small-scale Structure in DM Models with Yukawa-like Interactions (.pdf)
  2. Zbigniew AMBROZINSKI (Jagellonian Univ.) Instanton Interactions and Borel Summability (.pdf)
  3. Jeremy BIRRELL (Tuscon) Model of a Strong First Order Electroweak Phase Transition at Low Temperature (.pdf)
  4. Jakub GIZBERT-STUDNICKI (Jagellonian Univ.) Exploring Quantum Universe. A Transfer Matrix Model of Volume Fluctuations in CDT (.pdf)
  5. Aliaksei HALAVANAU (Belarussian St. Univ.) Topological Solitons in a Coupled phi^4 Model (.pdf)
  6. Mateusz KOREN (Jagellonian Univ.) String Tension Between Quarks of Arbitrary Charge in Two-dimensional Lattice Gauge Theories (.pdf)
  7. Rafal LASTOWIECKI (Wroclaw Univ.) Quark Matter in Neutron Stars in Light of Mass Measurement of PSR J1614-2230 (.pdf)
  8. Patrick LUDL (Vienna Univ.) Two Texture Zeros in Neutrino Mass Matrices (.pdf)
  9. Attila PASZTOR (ELTE Budapest) Maximum Entropy Determination of QCD Spectral Functions (.pdf)
  10. Tomasz ROMANCZUKIEWICZ (Jagellonian Univ.) Primordial Radiation and Vanishing of Domain Walls (.pdf) (.avi)
  11. Szymon SIKORA (Jagellonian Univ.) Limits on the Invisible Mass in the Inner Galaxy from the Microlensing in the thin Disk Model (.pdf)
  12. Norbert TROMBITAS (ELTE Budapest) QCD Thermodynamics with Wilson Fermions (.pdf)