| 2. | The Black Earth or | | | How would our home planet look like if 2500 solar masses would be compressed into the volume of our home planet? A quick tour with photorealistic images in highly curved spacetime, close to the event horizon, inluding a short stop at the Photon Orbit.
www.photon.at |
| 3. | Relativistic Disk Images | | | A series of images which represent an accretion disk around a black hole as it would appear to a distant observer. A relativistic ray-tracer calculated the photon trajectories.
www.physics.utah.edu |
| 4. | Numerical Relativity | | | A review of recent developments in numerical relativity, focussing on progress made in 3D black hole evolution.
arxiv.org |
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