Hitting the JACPOT: Testing Accretion Disk – Radio Jet Coupling Over Entire Outbursts Gregory R. Sivakoff on behalf of the JACPOT XRB collaboration 2009.

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Presentation transcript:

Hitting the JACPOT: Testing Accretion Disk – Radio Jet Coupling Over Entire Outbursts Gregory R. Sivakoff on behalf of the JACPOT XRB collaboration 2009 Jun Jun May 28 1 Web:

Jet Acceleration and Collimation Probe of Transient X-Ray Binaries James Miller-Jones (ICRAR-Curtin) Gregory Sivakoff (U Virginia) Diego Altamirano (U Amsterdam) Vivek Dhawan (NRAO) Rob Fender (U Southampton), Sebastian Heinz (U Wisconsin) Elmar Koerding (U Nijmegen) Hans Krimm (NASA GSFC) Dipankar Maitra (U Michigan) Sera Markoff (U Amsterdam) Simone Migliari (ESA Madrid) Ron Remillard (MIT) Michael Rupen (NRAO) David Russell (U Amsterdam) Craig Sarazin (U Virginia) Valeriu Tudose (ASTRON) 2

Accretion – Jet Coupling 4

The Universal Nature of Jets 4

Centaurus A: NASA/CXC/CfA and R.Kraft et al. 3

Slowly Evolving Black Holes Centaurus A: NASA/CXC/CfA and M. Hardcastle et al. 5 Myrs - Gyrs

Rapidly Evolving Black Holes X-Ray Nova GRO J NRAO/AUI/NSF and R. Hjellming & M. Rupen 5 Days - Months

R. Fender et al. (2004) Bright Faint The Disk-Jet Coupling Paradigm Power-law Dominated Disk Dominated

Bright Faint The Disk-Jet Coupling Paradigm Disk Dominated Power-law Dominated R. Fender et al. (2004) & CXC/ M. Weiss

Faint The Disk-Jet Coupling Paradigm Power-law Dominated Disk Dominated R. Fender et al. (2004) & V. Dhawan et al. (2010) Bright

The Disk-Jet Coupling Paradigm Power-law Dominated Disk Dominated Faint R. Fender et al. (2004) and M. Owen & J. Blondin

Bright Faint The Disk-Jet Coupling Paradigm Disk Dominated Power-law Dominated R. Fender et al. (2004), F. Mirabel & L. Rodriguez (1994), and R. Fender et al. (1999)

R. Fender et al. (2004) Bright Faint The Disk-Jet Coupling Paradigm Power-law Dominated Disk Dominated

E. Koerding et al. (2008) Extending Disk-Jet Coupling To Neutron Stars & White Dwarfs

E. Koerding et al. (2008) f 8GHz,pk ~10 8 kpc ~0.7 5 kpc ~1 0.1 kpc Extending Disk-Jet Coupling To Neutron Stars & White Dwarfs

JACPOT XRB Hitting The JACPOT H Aql X-1SS Cyg Intensity Hardness

JACPOT XRB & Motta et al Coverage of H

JACPOT XRB & Motta et al Coverage of H Jet Quenching!

HID + Radio of H JACPOT XRB

May May Jun Jun Jun 6 Ejecta Launching In H JACPOT XRB

2009 Jet Line of H JACPOT XRB Jet line?

vs for H JACPOT XRB

2009 Coverage of Aql X-1 23 J. Miller-Jones et al. 2010

First mas Images of Aql X-1 J. Miller-Jones et al. 2010

First mas Images of Aql X-1 J. Miller-Jones et al. 2010

HID/CCD + Radio of Aql X-1

J. Miller-Jones et al HID/CCD + Radio of Aql X-1

Compact Jet Quenching in Aql X-1 28 J. Miller-Jones et al. 2010

JACPOT Project Status BH Candidate H (2009 Jun) Paradigm of ‘unified model’ largely verified Quenched core emission prior to major flaring Jet line does not appear to be constant Atoll NS Aql X-1 (2009 Nov) First VLBI detection of Aql X-1 Radio emission switches on at state transitions No evidence for transient ejecta Quenching of radio emission in soft state WD/CV SS Cyg (2010 Apr) – Ask Me Later 2 more targets approved by NRAO 2009 Jun Jun Nov 19

The Future Is Now EVLA sensitivity ~ 5-20 X VLA Better coverage of faint emission in rising/decaying hard state Constraints on soft state quenching Automatic spectral indices Less observing time required VLBA Backend/Correlator Upgrades Factor of 2-4 sensitivity increase Imaging fainter states Better snapshot capability Closer calibrators: better astrometry <10  as astrometry on a 1mJy source Proper motions and parallaxes