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Computational Relativistic Fluid Dynamics reveals strange ‘perfect’ extraterrestrial life forms in massive Black Holes
Scientists are astonished with Computational Relativistic Fluid Dynamics models that are revealing something very strange. Visualization of a "field", which is a physically invisible concept, is a main subject of scientific visualization with the help of computational models.
Visualizing a great gravitational field like a black hole with the computational Fluid Dynamics models is a challenge that is being met by super algorithms. Scientists assume a velocity vector field of imaginary fluid in the vicinity of the black
hole for its effective visualization. They describe the field
by using equations so called "Eulerian method". This
approach can easily display both the direction and the magnitude
of flow velocity of the field. Scientists have succeeded in
obtaining the equations of fluid and visualizing the velocity
vector field of fluid in the vicinity of the black hole.
Experimental results effectively show invisible phenomena
including time delay caused by the great gravitation. The fluid becomes “perfect” and of very low viscosity. Scientists find uniformly rotating perfect fluid bodies with a zero temperature equation of state.
The life forms in that environment can be ‘Perfect’ believes some scientists. The life forms can exists even at the point of singularity extending into higher dimensions.
TECHNOLOGY ARTICLES
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