Astrophysics of Compact Objects: International Conference on Astrophysics of Compact Objects Huangshan City China, 1-7 July 2007

by Yuan, Ye-fei; Li, Xiang-dong; Lai, Dong

• ISBN13: 9780735404854
• ISBN10: 0735404852
• Format: Hardcover
• Copyright: 2008-01-29
• Publisher: Amer Inst of Physics
• More Book Details

Summary

Compact objects (black holes, neutron stars and white dwarfs) play a major role in modern astrophysics. They are associated with some of the most exotic phenomena and environments in the universe. Compact objects have been observed in all electromagnetic wave bands, from radio to gamma rays, and are likely to be detected in gravitational waves in the coming decade. Compact objects are also important from a fundamental physics point of view. Their strong gravities, high densities and magnetic fields provide an avenue for exploring physics under extreme conditions. In addition, compact objects are used as an astronomical tool, probing the property of the interstellar medium and the expansion of the universe. The international conference "Astrophysics of Compact Objects" covered recent observational and theoretical developments in the study of neutron stars, black holes and white dwarfs, including their various observational manifestations such as pulsars, magnetars, x-ray binaries, supernovae and gamma ray bursts, as well as future observational prospects. While the meeting focused on stellar compact objects, the common astrophysics (such as accretion) associated with both galactic and supermassive black holes was also covered.

Table of Contents

Preface	p. xi
Group Photograph	p. xiii
Gamma-ray Bursts and Supernovae
Swift Observations of Gamma-ray Bursts	p. 3
Gamma-ray Bursts: Outstanding Problems in the Swift Era	p. 9
Recent Progress in GRB Cosmology: Combination of GRBs and Other Probes	p. 18
Magnetar Driven Bubbles and the Origin of Collimated Outflows from GRBs	p. 26
Central Engine Afterglow of Gamma-ray Bursts	p. 32
Ultra-relativistic Shockwaves in Arbitrary Continuous Media I	p. 36
Equal Arrival Time Surface Effects in GRB Afterglows	p. 40
Dust Scattering Model for X-ray Afterglows of Gamma-ray Bursts	p. 43
Neutrino-cooled Accretion Disks as the Central Engine of Gamma-ray Bursts	p. 46
The Three-dimensional MHD Effects for Core Collapse Supernova Explosion	p. 49
Carbon-poor Stellar Cores as Supernova Progenitors	p. 53
A New Evolutionary Channel to Type Ia Supernovae	p. 57
Recycling Matter in the Universe: X-ray Observations of SBS1150+599A (PN G135.9+55.9)	p. 62
Isolated Neutron Stars, Pulsars, and Magnetars
Recent Observations of Soft Gamma-ray Repeaters	p. 69
Neutron Star Magnetospheres: The Binary Pulsar, Crab, and Magnetars	p. 77
Fast X-ray Oscillations during Magnetar Flares	p. 85
Modeling the Non-thermal X-ray Tail Emission of Anomalous X-ray Pulsars	p. 93
Hard X-ray Spectra of Anomalous X-ray Pulsars	p. 101
High-energy Emission from Rotation-powered Pulsars	p. 104
Population Statistics of Radio and ¿-ray Pulsars from the Galactic Disk	p. 112
Radio and ¿-ray Emissions from Pulsars: Possible Observational Tests	p. 115
Physics of Neutron Star Surface Layers and Their Thermal Radiation	p. 121
Nearby, Thermally Emitting Neutron Stars	p. 129
Atmosphere Models of Magnetized Neutron Stars: QED Effects, Radiation Spectra and Polarization Signals	p. 137
Recent Progress in Studies of Pulsar Wind Nebulae	p. 143
Rotating RAdio Transients: Multiwavelength Observations	p. 151
Pulsar Transient Radio Emission	p. 159
Pulsars as Probes for the Galactic Magnetic Fields	p. 165
Gravitational Wave Detection Using High Precision Pulsar Timing Observations	p. 173
The Effect of Interstellar and Interplanetary Medium on Precision Pulsar Timing	p. 181
Galactic 2+6 Al: Probe of Supernovae and Pulsars	p. 185
Magnetic Fields in Neutron Stars, White Dwarfs and Implications for Binary Millisecond Pulsars	p. 188
Binary Millisecond Pulsars: The Accretion Induced Collapse Hypothesis Revisited	p. 194
Possible Evidence That Pulsars Are Quark Stars	p. 197
Deconfinement Phase Transition Heating and Thermal Evolution of Neutron Stars	p. 203
PSR B1257+12: A Quark Star with Planets?	p. 206
Strange Stars: An Interesting Member of the Compact Object Family	p. 209
Accreting Neutron Stars and White Dwarfs
KHz QPOs, Radiation Force Effects, and Physics of Compact Objects	p. 215
KHz QPOs and Their Constraints on the Pulsar Parameters	p. 223
Burial of the Polar Magnetic Field of an Accreting Neutron Star and Gravitational Wave Emission	p. 227
Timing of Accreting Millisecond Pulsars	p. 233
Anomalous Phase Variations of the Accretion-powered Millisecond Pulsar XTE J1807-294	p. 238
Multiple High-resolution Chandra Grating Observations of Her X-2+1	p. 241
The Superorbital Variability and Triple Nature of the X-ray Source 4U 1820-302+3	p. 244
The Complex Enviroment around Cir X-2+1	p. 245
A Preliminary Analysis of a New Chandra Observation (ObsID 6148) of Cir X-2+1	p. 248
Gravitational Radiation and Electron-cyclotron Masers from Ultra-compact Double Degenerate Binaries	p. 251
Search for Dwarf Novae in DASCH Scans Near M44	p. 259
Black Holes: Galactic and Supermassive
Estimating the Spins of Stellar-mass Black Holes by Fitting Their Continuum Spectra	p. 265
X-ray Reflection: Spectra and Variability in Accreting Black Holes	p. 273
Phenomenology of Gamma-ray Jets	p. 281
TeV Photons from Compact Objects	p. 288
Merger of Black Hole and Neutron Star in General Relativity	p. 297
Binary Black Hole Coalescence	p. 307
The Existence of Inner Cool Disks in the Low Hard State of Accreting Black Holes	p. 318
Suzaku Observations of Low-mass X-ray Binaries at High Mass-accretion Rates	p. 322
XMM-Newton Observations of XTE J1817-330 and XTE J1856+052+3	p. 325
Optical Spectropolarimetry of Three Microquasars, Cyg X-1, LS 5039, LS I+61d 302+3	p. 328
Correlation Time Scales of the X-ray Flux in Low Mass X-ray Binaries	p. 331
Molecular Clouds Possibly Associated with the Jets from a Compact Star of L=348.5 Degrees and SS433; "Galactic Vapor Trail" as a Probe of Black Hole Candidates
The Prediction of Next Outburst on GRS 1915+105	p. 337
The Size of Sgr A*	p. 340
Star Formation and Stellar Winds around the Galactic Super-massive Black Hole	p. 348
Probing the Accretion-jet Physics with the Radio/X-ray Correlation	p. 355
Understanding Our Galactic Center and Other Low-luminosity AGNs	p. 361
Cosmic Evolution of Massive Black Holes in the Hierarchical Models of Galaxy Formation	p. 369
The Kinetic Luminosity of Radio Jets in Active Galactic Nuclei	p. 375
Tidal Disruptions of Different Types of Stars by Massive Black Holes and Their Applications	p. 378
X-ray Timing Studies of Active Galactic Nuclei	p. 381
Observe Matter Falling into a Black Hole	p. 384
Comparisons between X-ray Variabilities from the Sun, GRB and X-ray Binaries	p. 392
Correlations of Astrophysical Phenomena in Black Hole Systems of Different Scales	p. 396
Dynamics of Magnetized Spherical Accretion Flows	p. 401
Maximal Possible Accretion Rates for Slim Disks	p. 405
Steady Models of Magnetically Supported Black Hole Accretion Disks	p. 408
General Relativistic Radiative Transfer	p. 411
Turbulence, Magnetic Field and Diffusive Synchrotron Radiation	p. 414
Shock Waves and QPOs in 2D Rotating Accretion Flows around Black Holes	p. 417
Rotational Instability in Supersonic Accretion Flows	p. 420
Reprocessed Emission from Warped Accretion Disks	p. 423
"Black Star" or Astrophysical Black Hole?	p. 426
Author Index	p. 429
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