Titlebook: JET Simulations, Experiments, and Theory; Ten Years After JETS Christophe Sauty Conference proceedings 2019 Springer Nature Switzerland AG

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Brunella Nisini,Simone Antoniucci,Juan Manuel Alcalá,Teresa Giannini,Carlo Felice Manara,Antonella N peers.Analyzes the existential anxiety expressed by Creatio.Evolution and Religion in American Education. shines a light into one of America’s dark educational corners, exposing the regressive pedagogy that can invade science classrooms when school boards and state overseers take their eyes off the

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An Energetic Criterion for Astrophysical Winds and Jetscs (MHD). In particular, we focus on the energetics of these outflows as an explanation of their appearance. In the simplest case where in the basic HD nonlinear and coupled partial differential equations, the physical variables of the radial distance and the latitude are separable, we analytically

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Meridional Self-Similar MHD Relativistic Flows Around Kerr Black Holeshysics (general relativity, fluid mechanics, radiative physics, electro-magnetism, relativistic thermodynamics…). There is a need to build pertinent models of these flows to explain the main involved physical mechanisms, to make numerical simulations and study their role in the formation and the his

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Modelling the Accretion on Young Stars, Recent Results and Perspectivesand momentum between the proto-star and its accretion disk remain approximate..We focus here on 1D simulations of accretion columns falling onto a stellar chromosphere. After the description of the method used for the radiative hydrodynamics, we first describe the mutual feedback between a dynamical

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High Energy Emission from Shocks Due to Jets and Accretion in Young Stars with Disks: Combining Obsetion of their disks and on the formation of exo-planetary systems. An inter-disciplinary approach, which combines multi-wavelength observations, magnetohydrodynamical models, and laboratory experiments, allows us to get a more complete description of the accretion/ejection phenomena characterizing y

Brain-Waves

On the Origin of the X-Ray Emission in Protostellar Jets Close to the Launching Siteionary (e.g. HH 154 and DG Tau). We aim at investigating the origin of X-ray emission and the effect of perturbations in X-ray emitting stationary shocks in stellar jets. We performed a set of 2.5-dimensional MHD numerical simulations modelling supersonic pulsed jets ramming into a magnetized medium