
This workshop is the seventh of the series of conferences mainly devoted to Galactic black holes. The conference will cover all topics related to relativistic jet sources in the universe including microquasars, neutron stars, active galactic nuclei, and gamma-ray bursts. The results of the analysis of data from high energy missions (RXTE, Chandra, XMM-Newton, INTEGRAL, Swift, Suzaku, Agile) as well as from ground based observatories in the optical, infrared and radio bands will be presented. The emphasis will be on the formation and evolution of jets, and their relation to other accretion components. The broad context of the workshop will also allow researchers to present their results on the comparisons between microquasars, neutron stars, ultraluminous X-ray sources, active galactic nuclei and gamma-ray bursts.
The workshop also intends to include presentations on recent missions (e.g. GLAST, ASTROSAT) and missions in preparation e.g. IXO concentrating on the prospects of black hole research with those missions. The program will be organized in sessions centered around a limited number of invited reviews, with contributed presentations and ample time for discussion. Young researchers will be encouraged to contribute.
Accretion Geometry and Spectral States I |
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Hard (State) Problems
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X-ray spectral states of microquasars
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A global study of X-ray binaries
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Evolution of the disc radii during outburst of X-ray binaries as infered from thermal emission.
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Soft X-ray components in the hard state of accreting black holes
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Multiwavelength view of Microquasars I |
Unifying disc-jet behaviour in X-ray binaries: an optical/IR approach
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Two fascinating X-ray to optical cross-correlation functions
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Timing I |
THE ACCRETION-EJECTION INSTABILITY AND MICROQUASARS
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Probing the disc-corona connection in accreting black holes
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Neutron stars as jet sources |
Jet formation in the Z-track sources based on RXTE observations
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The disk-jet coupling in Aql X-1
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Very high energy view – MeV – TeV |
High and Very High Energy Gamma-ray Emission from Binaries
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GLAST: Launched and Being Commissioned - Status and Prospects for Microquasars
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Hadronic models of high-energy radiation from microquasars: recent developments
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The nature of LS 5039 under the scrutiny of gamma-rays
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Exploring the powering source of the TeV X-ray binary LS 5039
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Jets on all scales |
Connections from supermassive black holes to white dwarfs
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Disk-jet theoretical spectral energy distributions of microquasars
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Steadily becoming unsteady: Towards a time-dependent jet model for X-ray binaries
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Internal Shocks Model for Microquasar Jets
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Spectra |
Multi-Satellite Observations of Cygnus X-1
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Suzaku Observations of Cyg X-1
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Multi wavelength observations II |
Longterm multi-frequency monitoring of microquasars
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Nearinfrared observation of GRS 1915+105 in the soft state
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Multi-wavelength monitoring of the microquasar GRS 1915+105
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Broad-band parallel studies of Cygnus X-1 and GRS 1915+105
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The puzzling source SWIFT J1955+2604
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Understanding Disks and Jets through Hydrodynamical Simulations |
Jet Formation in MHD Simulations
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Simulating the role of acceleration and radiation processes in X-ray binaries.
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Hydrodynamic simulations of outburst events in accretion discs in close binaries
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Jet environments
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Microquasar's interaction with the surrounding medium
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X-ray jets from the X-ray binary Cir X-1
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Cygnus X-3's "Little" Friend
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SS 443 and the ULX connection |
SS433 as ultraluminous UV source. Comparison with ULXs
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Spectral and timing analysis of jet sources |
Next generation radio facilities
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Looking to the future: using IR interferometry to study microquasars
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Variations in the dip properties of the LMXB XB 1254-69 observed with XMM-Newton and INTEGRAL
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The X-ray and radio states of Cyg X-3 - classification and long-term correlations
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Low/hard state at the lowest luminosities
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POSTERS |
The hard X-ray spectral evolution in X-ray binaries and ULXs
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AML by magnetic breaking and gravitational radiation in relativistic binaries
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cosmological evolution of the FRII source population
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Monitoring LMXBs with the Faulkes Telescope
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Interactions between jets and massive stars in microquasars
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Simulations of SS433 jets at super-Eddington luminosities
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The Missing Population of Be+Black Hole X-Ray Binaries
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Dynamics of the twisted magnetic flux-tube in the astrophysical jets
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Evidences of the funnel radiation in X-ray spectra of SS433
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Young Black Holes Accreting From Fallback Disks
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Adjustment of Pointing & Tracking System of ERT-5 and Results of Some Bright Source Observations
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Long term multi-wave length observations campaign of IGR J17091-3624 and IGR J17098-3628, two transient black hole candidate discovered by INTEGRAL.
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Self-Gravitating Warped Disks Around Black Holes
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The comparison of the relativistic iron line models
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On the nature of discrete radio ejection events in microquasars
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HANDLING DATABASES IN SEARCH FOR MICROQUASARS
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Catching up on state transitions in Cygnus X-1
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Modelling a simultaneous radio/X-ray flare from Cyg X-1
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Spectral state transitions in GX 339-4
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How does the GRS1915+105 plateau state compare to the canonical hard state?
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Hydrodynamic Simulations of the SS433-W50 Complex
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UKIRT Near-IR Spectroscopy of SS433
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Black hole spin estimation
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Timing analysis of 10-day long BeppoSAX observation of GRS 1915+105 in its $\rho$ class
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3D numerical simulations of the Rossby wave instability
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Soft X-ray emission from the Low Mass X-ray Binary Cyg X-2
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Low/Hard State Spectra of Neutron Star X-ray Binary 4U 1700+24 Observed with Suzaku
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Circumbinary Disks
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Spectral characteristics during dip in Cyg X-1
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The compact radio counterpart of IGR J20187+4041 near the flaring source AGL 2021+4029 and 3EG J2020+4017
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Suzaku observations of SS 433 in the 2006 April multi-wavelength campaign
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LOBSTER – X-ray astrophysical facility
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Long-term activity and outburst of the microquasar CI Cam (XTE J0421+560)
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Multi frequency radio observations of Cygnus X-3 during the giant flare of May-June 2006
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Mass and Velocity Dispersion Relations for Supermassive Black Holes in Galactic Bulges
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Long-term optical activity of the microquasar V4641 Sgr
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Indirect detection of GRBs by ionospheric response
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ESA Gaia and microquasars
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Astronomical plate archives as astrophysical facility and tool to study microquasars
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Optical polarisation of the black hole candidate AO620-00: clues on the geometry in quiescence
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Influence of the stellar-mass-ratio and local thermodynamics on accretion disc in close binaries
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A Variability Based Classification for Microquasars
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A possible origin for the type of LFQPO in microquasars
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