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Focusing method for 3-D gravity data inversion provides clues to parallel universes
Scientists have developed a focusing method for 3-D gravity data inversion. It is based on implementation of a new focusing stabilizer for regularized inversion of gravity data. In some contemporary research project the primary focus has been on the extension of this technique to invert the first derivatives of the different components of the gravity field, which together constitute the gravity tensor. The developed method is illustrated by the inversion of the synthetic tensor gravity data.
The dark energy anatomy interestingly is providing some inbelivable data. The data provides clues to the real existence of the parallel universes in higher spatial dimenstions.
What this really reveals is that dark energy interacts with gravitational radiation in a nonlinear fashion. The exact interaction can be statistically interpolated but not inferred. That provides a direct light on the fact that nothing from this Physical Universe can be modeled that can be correct in the Hyperspace. That is quantum physics says predictability at the level of atoms are next to negligible.
The nonlinear behavior suggests artificial manipulation in the Physical Universe as far as gravitational waves and dark energy is concerned.
We know we can never really see the big bang happening. We can go as far as 100,000 years from big bang but not quite there. This is because at that point of 100,000 years, we face close to 3000 degree Kelvin temperature and all our physical means of viewing any further stops. Similarly the modeling and inversion of 3-D gravity tensor field reveals that some one has planned very well that we can never model the interaction of gravitational radiation with the dark energy.
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