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Radiation Processes and models part (1/4)
Lecture 1: Introduction to compact objects: The sources of power - Rotation (pulsars) - Magnetic fields (Magnetars) - Gravitation (basics of accretion in binary...
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TalkRadiation Processes and models part (2/4)Lecture 2: Radiation processes: - Cyclo-synchrotron - Curvature radiation - Compton - Bremstrahlung - Electron/positron pair production and annihilation
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TalkRadiation Processes and models part (3/4)Lecture 3: Models for the variable multi-wavelength emission of black hole binaries: accretion flow - The structure of inner accretion flow inferred from X-ray...
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TalkRadiation Processes and models part (4/4)Lecture 4: Models for the variable multi-wavelength emission of black hole binaries: compact jets - standard jet spectral model and the problem of dissipation...
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TalkRadiation-hydrodynamical model atmospheres across the Hertzsprung-Russell diagramIn the EU funded Marie Curie Excellence Team CIFIST (Cosmological Impact of the FIrst STars) work is under way to construct 3D radiation-hydrodynamical model...
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TalkRadio observations of pulsars and X-ray binary systems (1/6)Lecture 1: Rudiments on pulsars- Formation of neutron stars- Energetics- Basics of pulsar electrodynamics- Profile phenomenology- Zoology
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TalkRadio observations of pulsars and X-ray binary systems (2/6)Lecture 2: Binary pulsars and their evolution- Basics of binary and accretion theory- High mass binary pulsar evolution- Low mass binary pulsar evolution-...
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TalkRadio observations of pulsars and X-ray binary systems (3/6)Lecture 3: Pulsar timing concepts [isolated pulsars]- Timing observation procedure- Barycentering the data at infinite frequency- Timing model
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TalkRadio observations of pulsars and X-ray binary systems (4/6)Lecture 4: Pulsar timing concepts [binary pulsars]- Classical orbit laws- Relativistic effects- Binary corrections to the timing model of an isolated pulsar