External links

[Yukterez]

 
This videos, papers and articles use some of my material on general relativity (cited as Yukterez and/or Simon Tyran):


Original Link / Backup :  Brian Koberlein, Universe Today: It's a fine line between a black hole energy factory and a BH bomb (Image 1)

Original Link / Backup :  Christian E. Petersen, Aarphus university institute for physics & astronomy: Rotating black holes (Image 1)

Original Link / Backup :  Alex McColgan, Astrum: Why BH environments are more complicated than we thought (Animation @ 5:52)


Original Link / Backup :  Josef Gaßner, vAzS 78: Entfernung, Hubble-, Ereignis- & Teilchenhorizont (Animations @ 49:00 & 53:30)

Original Link / Backup :  Ardit Bicaj & Russell Archey, Cosmoknowledge: Hawking radiation and ergosphere (Animations, 4:48)

Original Link / Backup :  Ethan Siegel, Big Think: “Singularities don’t exist”, claims black hole pioneer Roy Kerr (Images 7+9)


Original Link / Backup :  University of Barcelona, Cosmology Department (ICCUB): Existence of naked singularities (Image 1)

Original Link / Backup :  Matt O'Dowd, PBS Space Time: What if singularities do not exist? (Animation @ 10:30, bottom left)

Original Link / Backup :  Brian Koberlein, Universe Today: Binary BHs can unlock another of Einstein’s predictions (Image 2)


Original Link / Backup :  Josef Gaßner, Jörn Müller: Kosmologie - Die größte Geschichte aller Zeiten (2.20-2.25, 5.8, 5.10)

Original Link / Backup :  The National Institute for Astrophysics (INAF): Weighting the mother of all pulsars (Animation 2)

Original Link / Backup :  Evan Gough, Universe Today: How an advanced civilization could exploit black holes (Image 1)


Original Link / Backup :  Brian Koberlein, National Radio Astronomy Observatory: Taking Einstein’s pulse (Animation 2)

Original Link / Backup :  Liam Kavanagh, Trinity College Dublin: MAU44404 - General Relativity Brief Notes (Figure 9)

Original Link / Backup :  Michelle Starr, Science Alert: Physicists simulated a glowing Black Hole in the lab (Image 1)


Original Link / Backup :  Ethan Siegel, Forbes Magazine: What's it like when you fall into a black hole? (Figure 11)

Original Link / Backup :  Lei Ma, Albuquerque Department of Physics & Astronomy: Physics notes (Page 156/162)

Original Link / Backup :  Manon Bischoff, Spektrum der Wissenschaft: Die Mathematik der Zeitreisen (Image 3)


Original Link / Backup :  Lehrerfortbildung Baden Württemberg: Physik mit Astrophysik & Kosmologie (Image 3)

Original Link / Backup :  Ethan Siegel, Big Think: Can gravitational waves pass through black holes? (Image 4)

Original Link / Backup :  Pavel Fadeev (Helmholtz Institute): Spin & gravity, a quantum story (Page 14+15)


Original Link / Backup :  Jonathan Gorard: How to derive general relativity from Wolfram Physics (Image 1)

Original Link / Backup :  Michelle Starr, Science Alert: The most massive neutron star yet (Animation 1)

Original Link / Backup :  Qian Qian, Max Planck Institut für Astronomie: Resistive GR-MHD (Page 17/51)


Original Link / Backup :  Heise Online: Warum uns die Dunkle Energie das Licht abdreht (Animation)

Original Link / Backup :  Jonathan Allday: Introduction to Einstein's theory of gravity (Figure 10.15)

Original Link / Backup :  Ethan Siegel, Big Think: What is a black hole's actual size? (Images 4+7)


Original Link / Backup :  Elena Panko, Odessa National University: Galaxy clusters (Pages 17+18)

Original Link / Backup :  Quant Uni, Graz: Neutronensterne und Schwarze Löcher (Figures 2+5)

Original Link / Backup :  Stach Kuijpers, Radboud University: Cosmic censorship (Pages 7+9)


Original Link / Backup :  Garrett Goon & Riccardo Penco @ UPR: Gravity falls (Image 1)

Original Link / Backup :  Billy Teetes, Dyer Observatory: Odball stars (Page 22, 2)

Original Link / Backup :  Heise Online: Schwarze Löcher (Image 1)