Friday, February 12, 2016

Further Research Confirms That Gravity Is Either Very Similar or Directly Related to Polarity

      Further research in Los Angeles, CA continues to suggest that gravity may be directly tied to polarity. This would somewhat disprove commonly held beliefs about gravity that have been around for a very long time.

      The research concluded that density is tied to whether objects sink or float. However, it wouldn't make sense for objects to have a greater pull, when gravity acts at the same rate on objects of different weights. This contradicts the possibility that displacement may be occurring.

     We can conclude, claiming fair confidence in the following being fact, that the proximity of the atoms and molecules is what causes a stronger pull, with particles closer in proximity causing a stronger pull and vice versa. We can also conclude that this is the exact same relationship to positive and negative magnetic attraction, and also that the relationship of gravitational pulls being exponential in nature, in regards to distance, are the same as polarity as well. That means that there is more evidence to discover possibly to prove this theory further.

    A stronger pull may lead you to believe that again displacement is occurring. However, the stronger pull only matters when you are trying to lift against it, in which case you have to move all of the atoms of which there are a higher concentration. Until then, evidence suggests that the gravitational pull on objects of different weights is the same.

     We have stated other evidence exists in regards to the Earth having a magnetic field, and this magnetic field having been very strong and prominent for a long time.



Recommendations for Further Research

      I think that maybe this could be applied to building some kind of hovering technology. Considering that most magnets are not strong enough to repel against the strength of the giant magnet of Planet Earth, the feat of accomplishing this may be quite slim. I would recommend trying to make it as light as possible, with low-density material.

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