'Black hole formation' presentation slideshows

Numerical Relativistic Hydrodynamics

1.14k views • 81 slides

Lecture 10 Nucleosynthesis During Helium Burning and the s-Process

Lecture 10 Nucleosynthesis During Helium Burning and the s-Process. A. Thermodynamic Conditions (Massive Stars). For the most part covered previously ? He ~ 10 6 years (+- factor of three). n=3. need temperatures > 10 8 to provide significant energy generation by 3 ?.

630 views • 50 slides

Today in Astronomy 102: the insides of black holes

Today in Astronomy 102: the insides of black holes. Physics and metaphysics, positivism and idealism: should we consider the interior of a black hole to be real? Assuming that we do: physics inside the event horizon, and the nature of the quantum-gravitational singularity.

458 views • 35 slides

Supermassive Black Holes at High Redshifts

Supermassive Black Holes at High Redshifts. ? ? ? ??????? ???????? July 4, 2005. Focus on: Supermassive BH after reionization stage. Outline. Black Holes at high- z: Formation Black Holes: mass, accretion rate and spin Obscured Black Holes by Hard X-ray & IR anti-hierachical growth

522 views • 24 slides

Italia and Russia at Dubna Round Table 4 Black Holes in Mathematics and Physics

349 views • 18 slides

High Energy X-ray Probe

323 views • 17 slides

NuSTAR + XMM Observations of NGC 1365 : A Constant Inner Disc

NuSTAR + XMM Observations of NGC 1365 : A Constant Inner Disc. Dom Walton Caltech G. Risaliti , F. Harrison, E. Kara, M. Parker, E. Rivers, o n behalf of the NuSTAR active galaxy working groups. XRU 2014. Black Hole Spin. Supernova & gamma-ray bursts

271 views • 17 slides

Gauge/gravity, thermalisation and energy loss

Work with Micha? Heller, David Mateos, Micha? Spalinski, Diego Trancanelli and Miquel Triana References: 1202.0981 (PRL 108) and 1211.2218 Reviews: 0907.4503 (Paul Chesler) and 1101.0618 (Jorge Casalderrey-Solana et al). Gauge/gravity, thermalisation and energy loss. Wilke van der Schee

259 views • 17 slides

Black Holes

Black Holes. Matthew Trimble 10/29/12. History. Einstein Field Equations published in 1915. Karl Schwarzschild: physicist serving in German army during WW1. Solved EFE for a non- rotating, spherical source, and wrote a paper on quantum theory while suffering from pemphigus on Russian front.

241 views • 14 slides

Theoretical Physics Midterm Presentation

335 views • 10 slides

Lecture 8: Black-Hole Formation

248 views • 9 slides