Institut de recherche sur les lois fondamentales de l'Univers

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Monday, June 30

tableau ; 9 colonnes, n lignes, 100%, centre, bordure 0

cellule 1 :5%

cellule 3 : 18%

cellule 5 : 60%

justifier heure a droite

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Title sdkshdksha dslahsadh dsahdslakhsdalk dsahlkhdsahlksad jdlsajd jdksjdks

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Monday, July 1

9:30		J.M. Laming		How far can one go with an analytical description of standing accretion shocks?
10:30				coffee
11:30		T. Foglizzo		Identifying the mechanism at work behind SASI
13:30		J. Sato		Numerical investigation of SASI through a toy model
14:30		E. Livne		Lessons from V2D simulations from recent years with a focus on the numerical difficulties
15:30				tea
16:30		N. Ohnishi		Effects of neutrino heating and g-mode on SASI with steady-state initial conditions

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Monday, June 30

9:30		LOC		Welcome at IHP & Registration
10:30				coffee
14:30		J. Murphy		Criteria for core-collapse supernova explosions by the neutrino mechanism
15:30				tea

 Monday, July 1

9:30		J.M. Laming		Analytic approach to the stability of standing accretion shocks
10:30				coffee
11:00		T. Foglizzo		Identifying the instability mechanism at work behind SASI
13:30		J. Sato		Numerical investigation of SASI through a toy model
14:30		E. Livne		Towards reliable simulations of core-collapse supernovae
15:30				tea
16:00		N. Ohnishi		Effects of neutrino heating and g-modes on SASI with steady-state initial conditions

 Wednesday, July 2

9:30		S. Whitehouse		New results from 3-D supernova models with spectral neutrino diffusion
10:30				coffee
11:00		R. Käppeli		A Parallel 3D MHD code for core-collapse supernovae
14:30		W. Iwakami		Numerical analysis of SASI by 3-D simulations
15:30				tea
16:00		S. Yamada		SASI in black hole accretion

 Thursday, July 3

9:30		J. Margueron		Nuclear liquid-gas phase transition and supernovae evolution
10:30				coffee
11:00		B. Müller		O-Ne-Mg supernovae explosion dynamics and nucleosynthesis conditions
14:00		C. Ott		2D multi-angle multi-group radiation-hydrodynamics simulations of postbounce supernova cores
14:40		L. Dessart		Acoustic mechanism summary
15:30				tea

 Friday, July 4

9:30		C. Cardall		Magnetic field amplification by the stationary accretion shock instability
10:30				coffee
11:00		J. Guilet		Towards a MHD version of SASI
13:30		M. Obergaulinger		Local simulations of the magneto-rotational instability
14:30		T. Yamasaki		Effects of rotation on SASI & MRI during core collapse
15:30				tea

Monday, July 7

10:30				coffee
14:30		M. Liebendörfer		Investigating supernova dynamics and magnetic fields in 3D
15:30				tea
16:00		H. Mikami		The 3D MHD effects for a core collapse supernova explosion

Tuesday, July 8

9:30		Y. Suwa		Gravitational collapse of very massive stars
10:30				coffee
11:00		T. Takiwaki		Magnetorotational collapse and jet formation
15:30				tea

Wednesday, July 9

9:30		L. Dessart		Core-collapse supernovae explosions. Magneto-rotational mechanism
10:30				coffee
11:00		E. Audit		Radiation hydrodynamics using moment method
15:30				tea

Thursday, July 10

9:30		S. Scheidegger		The gravitational wave signature of 'realistic' 3D core collapse simulations
10:30				coffee
11:00		C. Ott		The gravitational wave signature of core-collapse supernovae
14:30		K. Kotake		Stochastic features of gravitational-wave signals in 3D supernova explosions with SASI and GWs from MHD explosions
15:30				tea

Friday, July 11