Monday, September 23, 2013

Creating Gravity (Part 5)

(Extracted from: The Science Behind Alien Encounters)

I would like to shift my discussion now to the landmark paper presented in Dayton, Ohio in 2007 by Dr. Dan Brasoveanu and Dr. Constantin Sandu at a joint conference on propulsion by AIAA-ASME-SAE-ASEE. Their peer reviewed papers on propulsion (AIAA 2007-6203, AIAA-2007-5128, AIAA-2007-5119, and AIAA-2007-5120) were published in the proceedings of two International Conferences and can be downloaded from the AIAA electronic library. In these papers they proposed using light (electromagnetic field radiation) to create a gravitational field. 

In my correspondence with the authors, they explain: “These papers analyze the implications of three predictions made by Einstein in the General Theory of Relativity. These are: 1) any solid, gas, liquid, plasma, energy quanta, any subatomic particle, in short any form of matter subject to acceleration creates gravitational waves – this is the major difference between Newton’s theory of gravitation, which treats static substance as the sole source of gravity, and GTR. This prediction has been experimentally confirmed by astronomical observations such as the deviation of binary pulsars like Hulse-Taylor from Kepler’s laws of motion (Note: for this work on pulsars Hulse and Taylor won the Nobel Prize) and in the lab by Podkletnov, 2) the higher the acceleration, the faster the conversion of relativistic energy into gravitation, 3) the intensity of gravitation increases far more due to a higher acceleration than due to increasing the mass of the accelerated object. Therefore, the process of gravitational generation achieves the highest possible efficiency when the source object or objects achieve the highest possible acceleration. The highest possible acceleration is achieved for example by bosons exchanged by a pair of fermions – this exchange is the mechanism responsible for electromagnetic weak and strong nuclear forces which ‘glue’ together all matter. This is the strongest source of natural gravitation.”

The authors went on to explain: “In the case of artificial generation of gravitational fields, photons (which are easiest to manipulate) play the role of bosons and reflective plates play the role of fermions involved in boson exchange. During contact with the plates, i.e., during reflection, photons are subject to extreme acceleration [generating gravitons]. . . . The plates should be spaced as closely as possible in order to minimize the time when photons are ‘idle’, i.e., not accelerating. If placed at a distance of half a wavelength, the photons are continuously subject to the maximum possible acceleration. If the plates are placed any closer all photons are absorbed by the plate material and the entire EM energy is instantly converted into heat. As a result, the generator of artificial gravitation and, most likely, the entire starship are destroyed.”