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When most of us see an apple fallen from a tree our instinct tells us to pick it up and take a bite. Isaac Newton on the other hand was inspired to formulate his theory of gravitation by watching the fall of the apple. Since then theories of gravity has been studied to a great extent.
Modern work on gravitational theory began with the work of Galileo Galilei in the late 16th and early 17th centuries. In his famous experiment dropping balls from the Tower of Pisa, and later with measurements of balls rolling down slopes, he showed that gravitation accelerates all objects at the same rate.
Years later the study of gravity has moved on to newer heights. Have you every thought of manipulating gravitational forces to bend its line of control? Where does that thought come from? Why would anyone think of manipulating gravity? When Earth's gravitational field was mapped starting in the 1960s a large region of below-average gravity was detected in the Hudson Bay region. This basically meant that gravitational forces did not always work in one direction. It was understood that perhaps the gravitational constant can be modified to change the direction of the force. Then the study of the gravitational constant (G) was introduced, that for years now, earth scientists have been trying to bend.
What physical mechanism would allow repulsion against gravitational fields? Could gravity be manipulated not only in the negative but create positive gravity in a different direction?
Enter: The Planck’s constant
Planck’s constant was the starting point for the calculation of some natural units for length, time and mass. Planck showed, simply based on a comparison of units, that by means of G, the speed of light (c) and his constant (h), it is possible to calculate an elementary mass of an object and the length and time that it will travel without any obstruction, only with the forces of gravity.
In 1926, Werner Heisenberg developed the Uncertainty Principle (UP), which was the starting point of a new interpretation of absolute vacuum. Absolute vacuum further helped the study of gravity manipulation. Objects could be torn apart only by changing the force in which gravity worked. Years later, Paul Dirac described the quantification of electromagnetic fields, creation and annihilation of pairs of beams, and virtual particles like plasma, suggesting for the first time that in an active “quantum vacuum” environment gravity can be played around with.
We just found out the formula that Planck used to prove his hypothesis: