Microphysics in Computational Relativistic Astrophysics: MICRA2009

Talks and Slides

6. 3D MHD core collapse simulations: recent insights from the Basel group

Simon Scheidegger

35. A density-dependent nucleon-nucleon interaction for the HD EOS

Francesco Pederiva

24. Accretion-Induced Collapse of White Dwarfs

Ernazar Abdikamalov

44. Atoms and Atmospheres in Strong Magnetic Fields

29. Automatic Code Generation

Peter Diener

14. Bar-mode instability of differentially rotating neutron stars with realistic equations of state

Giovanni Corvino

25. Binaries, GRBs and Hypercritical Accretion

Enrique Moreno-Mendez

34. Black Hole Formation in Failing CCSNe

Evan O'Connor

5. Collisions of white dwarfs as a new progenitor channel for type Ia supernovae

Stephan Rosswog

22. Computational Infrastructure

Erik Schnetter

28. Critical Conditions for Successful Neutrino-Driven Explosions and A Model for Gravitational Wave Emission

Jeremiah Murphy

31. Exploring Hadron Physics in Black Hole Formation: a New Promising Target of Neutrino Astronomy

Ken'ichiro Nakazato

20. Finite Range Thomas Fermi Model

Yeunhwan Lim

42. Fission and the r-process

Nikolaj Thomas Zinner

17. Full GR Simulations with Microphysics

Yuichiro Sekiguchi

18. General relativistic equilibrium configurations with purely toroidal fields and its stability

Kenta Kiuchi

16. General relativistic hydrodynamics beyond bouncing polytropes

Pablo Cerda-Duran

32. Gyroid Phase in Nuclear Pasta

Ken'ichiro Nakazato

33. Low-Density Nuclear Matter in Supernovae

Evan O'Connor

23. Microphysics, Methods, and Core-Collapse Supernovae

Adam Burrows

41. Microphysics: Electron capture rates and neutrino-nucleus cross sections

Karlheinz Langanke

21. Mu and Tau Neutrinos in Supernova Simulations (and a Leakage Scheme)

Albino Perego

37. Neutrino-matter Interactions from chiral EFT

Achim Schwenk

10. Neutron star binaries, magnetic fields, and equations of state

David Neilsen

19. Neutron star envelopes: (micro)physics and thermal radiation

Alexander Pothekin

3. New steps towards realistic simulations of general black hole-neutron star mergers

Matt Duez

39. NSE and Beta Equilibrium

Almudena Arcones

38. Nucleosynthesis in Neutrino-Driven Winds

Almudena Arcones

1. Numerical simulations for binary merger in Japan

Shibata Masaru

27. Numerical Simulations of Relativistic Multifluids

Ian Hawke

30. Optimized Radiative Transfer

Aake Nordlund

36. Overview: The Equation of State for Numerical Simulations

Jim Lattimer

43. QCD phase diagram and quark matter at high densities

Micaela Oertel

4. Relativistic Smooth Particle Hydrodynamics from a variational principle

Stephan Rosswog

11. Signals of the QCD phase transition in core-collapse supernovae

Irina Sagert

12. Simulating the MRI in core-collapse supernovae

Martin Obergaulinger

13. Simulations of binary neutron stars: results, difficulties and prospects

Luciano Rezzolla

15. Solving the Einstein equations: why bother about the constraints?

Jerome Novak

7. The Emerging Synthesis in Core-Collapse Supernova Theory

Adam Burrows

2. The Isotropic Diffusion Source Approximation

Simon Scheidegger

40. Turbulence, Rotation and MHD: the von Neumann approach

W. David Arnett

26. Type II Supernovae: Impact of electro-weak processes during core-collapse phase

Anthea Fantina