Extragalactic Jets from Every Angle (IAU S313)

Extragalactic jets provide the direct observational evidence for a connection between supermassive black holes and their surrounding cosmic environments. They deliver the energy released by an accreting black hole across large distances and impact the formation and evolution of surrounding structures, carrying information about the black hole's power, spin, accretion state and characteristic timescales. IAU Symposium 313 brings together observational astronomers working across the electromagnetic spectrum with theorists, to investigate our understanding of the physics of relativistic jets. They address questions on topics such as: unification scenarios for blazars and radio galaxies, the interactions between jets and their environments, jet composition and structure, the role of magnetic fields, mechanisms of particle acceleration, high-energy emissions, and the scaling of physical jet phenomena with black-hole mass, from extragalactic to galactic sources. This volume benefits observers and theorists, both researchers and advanced students, working on relativistic jets in distant galaxies.

• Utilises cutting-edge data from space missions such as Swift, XMM-Newton, Chandra, Suzaku, Fermi, Hubble, Spitzer, and WISE
• Addresses the pressing and controversial questions concerning the state of the field of physics of relativistic jets
• Features 85 contributions from observational astronomers and theorists working across the electromagnetic spectrum