Login

Microphysics in Computational Relativistic Astrophysics: MICRA2009

24–28 Aug 2009
Niels Bohr International Academy
Europe/Copenhagen timezone

Support

Talks and Slides

42 out of 42 displayed
Export to PDF
  1. 6. 3D MHD core collapse simulations: recent insights from the Basel group
    Simon Scheidegger
  2. 35. A density-dependent nucleon-nucleon interaction for the HD EOS
    Francesco Pederiva
  3. 24. Accretion-Induced Collapse of White Dwarfs
    Ernazar Abdikamalov
  4. 44. Atoms and Atmospheres in Strong Magnetic Fields
  5. 29. Automatic Code Generation
    Peter Diener
  6. 14. Bar-mode instability of differentially rotating neutron stars with realistic equations of state
    Giovanni Corvino
  7. 25. Binaries, GRBs and Hypercritical Accretion
    Enrique Moreno-Mendez
  8. 34. Black Hole Formation in Failing CCSNe
    Evan O'Connor
  9. 5. Collisions of white dwarfs as a new progenitor channel for type Ia supernovae
    Stephan Rosswog
  10. 22. Computational Infrastructure
    Erik Schnetter
  11. 28. Critical Conditions for Successful Neutrino-Driven Explosions and A Model for Gravitational Wave Emission
    Jeremiah Murphy
  12. 31. Exploring Hadron Physics in Black Hole Formation: a New Promising Target of Neutrino Astronomy
    Ken'ichiro Nakazato
  13. 20. Finite Range Thomas Fermi Model
    Yeunhwan Lim
  14. 42. Fission and the r-process
    Nikolaj Thomas Zinner
  15. 17. Full GR Simulations with Microphysics
    Yuichiro Sekiguchi
  16. 18. General relativistic equilibrium configurations with purely toroidal fields and its stability
    Kenta Kiuchi
  17. 16. General relativistic hydrodynamics beyond bouncing polytropes
    Pablo Cerda-Duran
  18. 32. Gyroid Phase in Nuclear Pasta
    Ken'ichiro Nakazato
  19. 33. Low-Density Nuclear Matter in Supernovae
    Evan O'Connor
  20. 23. Microphysics, Methods, and Core-Collapse Supernovae
    Adam Burrows
  21. 41. Microphysics: Electron capture rates and neutrino-nucleus cross sections
    Karlheinz Langanke
  22. 21. Mu and Tau Neutrinos in Supernova Simulations (and a Leakage Scheme)
    Albino Perego
  23. 37. Neutrino-matter Interactions from chiral EFT
    Achim Schwenk
  24. 10. Neutron star binaries, magnetic fields, and equations of state
    David Neilsen
  25. 19. Neutron star envelopes: (micro)physics and thermal radiation
    Alexander Pothekin
  26. 3. New steps towards realistic simulations of general black hole-neutron star mergers
    Matt Duez
  27. 39. NSE and Beta Equilibrium
    Almudena Arcones
  28. 38. Nucleosynthesis in Neutrino-Driven Winds
    Almudena Arcones
  29. 1. Numerical simulations for binary merger in Japan
    Shibata Masaru
  30. 27. Numerical Simulations of Relativistic Multifluids
    Ian Hawke
  31. 30. Optimized Radiative Transfer
    Aake Nordlund
  32. 36. Overview: The Equation of State for Numerical Simulations
    Jim Lattimer
  33. 43. QCD phase diagram and quark matter at high densities
    Micaela Oertel
  34. 4. Relativistic Smooth Particle Hydrodynamics from a variational principle
    Stephan Rosswog
  35. 11. Signals of the QCD phase transition in core-collapse supernovae
    Irina Sagert
  36. 12. Simulating the MRI in core-collapse supernovae
    Martin Obergaulinger
  37. 13. Simulations of binary neutron stars: results, difficulties and prospects
    Luciano Rezzolla
  38. 15. Solving the Einstein equations: why bother about the constraints?
    Jerome Novak
  39. 7. The Emerging Synthesis in Core-Collapse Supernova Theory
    Adam Burrows
  40. 2. The Isotropic Diffusion Source Approximation
    Simon Scheidegger
  41. 40. Turbulence, Rotation and MHD: the von Neumann approach
    W. David Arnett
  42. 26. Type II Supernovae: Impact of electro-weak processes during core-collapse phase
    Anthea Fantina