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Program

Mar. 7, 2012

Session1: Massive Star Formations

10:30-11:30K. Omukai
(Kyoto University)
Massive star formation in the high-z and local universePDF_file
11:30-12:00R. Furuya
(NAOJ)
Observational Frontiers of High-Mass (Proto)Star FormationPDF_file
12:00-13:00Lunch

Session2: Massive Star Evolutions

13:00-14:00P. Podsiadlowski
(University of Oxford)
The evolution of massive single and binary starsPDF_file
14:00-14:30T. Yoshida
(University of Tokyo)
Mass and Metallicity Dependence of Massive Star EvolutionPDF_file
14:30-15:00Coffee Break

Session3: Observations & Theoretical Interpretations Of Various Supernovae

15:00-16:00N. Smith
(University of Arizona)
The Diverse Fates of Single and Binary Massive StarsPDF_file
16:00-16:30Coffee Break
16:30-17:00K. Nomoto
(IPMU)
Final Fates of Massive StarsPDF_file
17:00-17:30M. Bersten
(IPMU)
Hydrodynamical models for Core-Collapse SNe 2008D and 2011dhPDF_file
17:30-18:00T. Moriya
(IPMU)
Light Curve Modeling of Super-Luminous SNe and Dense CSM around their ProgenitorsPDF_file

Mar. 8, 2012

Session4: Equation of state at sub-nuclear densities

10:00-11:00M. Hempel
(University of Basel)
New equations of state in core-collapse supernova simulationsPDF_file
11:00-11:30S. Furusawa
(Waseda University)
A new equation of state with abundances of all nuclei at sub-nuclear densitiesPDF_file
11:30-12:30Lunch

Session5: Equation of state at supra-nuclear densities

12:30-13:30A. W. Steiner
(INT/U. Washington)
The EOS of Matter Above SaturationPDF_file
13:30-14:00H. Togashi
(Waseda University)
The Nuclear Equation of State for Core-Collapse Supernovae with the Variational MethodPDF_file
14:00-14:30Coffee Break

Session6: Quark Stars

14:30-15:30J. E. Horvath
(Astronomy, IAG-USP, Sao Paulo, Brazil)
Formation of quark starsPPTX_file
15:30-16:00T. Takatsuka
(Iwate University)
A way of approach to ultra dense matter and neutron stars with quark matter corePPT_file
16:00-16:30Coffee Break

Session7: Supernova simulations

16:30-17:30K. Kotake
(NAOJ)
Explorations of the supernova theory by multi-D, GR simulations with an approximate neutrino transportPDF_file
17:30-18:00Y. Suwa
(YITP, Kyoto University)
Multi-dimensional core-collapse supernova simulations and the equation of state influencePDF_file
18:30-21:00Banquet

Mar. 9, 2012

10:00-11:00J. Murphy
(Princeton University)
A Theory for Core-Collapse Supernova ExplosionsKey_file
11:00-11:30T. Takiwaki
(NAOJ)
Three-dimensional Hydrodynamic Core-Collapse Supernova Simulations for an 11.2 M_s Star with Spectral Neutrino TransportPDF_file
Movie1
Movie2
11:30-12:30Lunch
12:30-13:30B. Mueller
(MPA)
Multi-D Neutrino-Hydrodynamics Simulations of Core-Collapse SupernovaePDF_file
13:30-14:00Y. Sekiguchi
(YITP, Kyoto University)
Formation and Evolution of Black Hole and Accretion Disk in Collapse of massive stellar coresPDF_file
14:00-14:30Coffee Break

Session8: Black Holes

14:30-15:30K. Nakazato
(Tokyo University of Science)
Black Hole Formation and Equation of State at Supranuclear DensitiesPDF_file
15:30-16:00K. Kiuchi
(YITP, Kyoto University)
Gravitational waves from the Papaloizou-Pringle instability in black hole-torus systemsPDF_file
16:00-16:30Coffee Break

Session9: Supernova Remnants

16:30-17:30T. Nakamori
(Waseda University)
Fermi LAT observations of Galactic sourcesPDF_file
17:30-18:00H. Lee
(YITP, Kyoto University)
CR-hydro-NEI simulation of particle acceleration and broadband emissions in supernova remnantsPDF_file

Posters

H. Takabe
(Osaka University)
Laser Astrophysics for Astrophysical Shocks and Particle Accelaration in UniversePDF_file
K. Sumiyoshi
(Numazu College of Technology)
Numerical studies of neutrino transfer in 3D supernova coresPDF_file
T. Miyatsu
(Tokyo university of science)
Effects of Fock term, tensor coupling and baryon structure variation on a neutron starPDF_file
H. Kikuchi
(Tokyo university of science)
Long term simulations of spherical supernova explosions with simplified neutrino transfer
H. Sawai
(Tokyo university of science)
Magnetized Core-Collapse with ResistivityPDF_file
H. Saito
(Department of Astronomy, Kyoto University)
Accretion Flows onto Binary Supermassive Black Holes with a Low Mass Ratio
Y. Sugawara
(Chuo university)
An X-ray survey of galactic Wolf-Rayet starsPDF_file
T. Sanada
(Waseda university)
Conversion of Baryonic Matter to Quark MatterPDF_file