I work on astrophysical fluid dynamics, with a particular focus on the behaviour of fluids when they are very close to black holes. ![]() Black holes are fascinating in several ways. Simulation of Material Orbiting close to a Black Hole. Gravitational Pull is Strong at Black Holes and can Trap Light & Electromagnetic Waves. I completed both my undergraduate degree and DPhil at Oxford, working for my DPhil in the astrophysics department under the supervision of Steven Balbus. Here are the 15 Great Facts About Black Holes: 1. I am a Leverhulme-Peierls Fellow in the Department of Physics and Merton College. In this talk I will discuss recent theoretical developments which allow us to describe the observed emission from these extreme events in detail, allowing them to be used as probes of the black holes at their centre. ![]() Some of the stellar debris subsequently accretes onto the black hole, powering bright flares which are observable at cosmological distances. Of course, no matter what type of black hole.' Taners Astronomy Page on Instagram: 'Where do you go if you fall into a Black Hole Of course, no matter what type of black hole you fall into, youre ultimately going to get torn apart by the extreme gravity. Thats because disruption happens when a black. ![]() Upon venturing too close to the black hole the star is destroyed, in its entirety, by the black hole’s gravitational tidal force, a process known as “spaghettification”. The distance that spaghettification occurs is relative to both the size of the black hole and the size of the object thats falling toward it. On a rare occasion an unfortunate star will be perturbed onto a near-radial orbit about the supermassive black hole in its galactic centre.
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