Short Overview: The video is computed with the Morris-Thorne metric for an observer moving along a radial geodesic at a non-relativistic speed. Projecting Euclidean 3D space onto the hypersphere, and rotating that Non-Euclidean space in
360 Wormhole Simulation V4 0 -
The video is computed with the Morris-Thorne metric for an observer moving along a radial geodesic at a non-relativistic speed. Projecting Euclidean 3D space onto the hypersphere, and rotating that Non-Euclidean space in
Important details found
- The video is computed with the Morris-Thorne metric for an observer moving along a radial geodesic at a non-relativistic speed.
- Projecting Euclidean 3D space onto the hypersphere, and rotating that Non-Euclidean space in
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Visual References
![Traversing a Morris-Thorne wormhole - GR Simulation [VR]](https://i.ytimg.com/vi/mouG7CF9Fso/mqdefault.jpg)
![Traversing a non-gravitating wormhole - GR Simulation [VR]](https://i.ytimg.com/vi/Vm1UdJdLzE8/mqdefault.jpg)
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