Recent sightings of the tr-3b astra
R.L. Armstrong and JD. King, The Electromagnetic Interaction (Prentiss-Hall, Inc, Englewood Cliffy NJ
Download 2.09 Mb. View original pdf
|
alien-interview-exopoliticshongkong, CIA-RDP96-00788R001700210016-5
- Navigate this page:
- Edwin H. Hall
- J. J. Thomson
| 1R.L. Armstrong and JD. King, The Electromagnetic Interaction (Prentiss-Hall, Inc, Englewood Cliffy NJ. 2T.C. Martin, The Inventions. Researches and Writings of Nikola Tesla, The Electrical Engineer, NY. (1894). The ether physics of Tesla was quite different from the theories of others, and was based on astute observations and sound experimental science. In 1876, HA. Rowland had published the results of his experiment in which a gold foil covered ebonite disk was rotated in a magnetic field, showing feat electric charges on the disk were carried around with it as it was rotated. 1 This gave rise to the catchy phrase, An electrostatic charge carried around is a current”. Rowland’s student in Baltimore, Edwin H. Hall, based on his teacher’s work, had done an experiment in which he had placed a gold leaf strip in which a current was flowing into a magnetic gap, producing an electromotive force at right angles to the magnetic field and the current, proportional to the product of the two. 2 This is called the Hall Effect, and we know that it was influential on Tesla, because he mentioned it many times, because it is the basis for MHD (Magneto- Hydro-Dynamic) generators and pumping, and was used by Tesla in his electro-propulsion. In his 1891 lecture, Tesla stated that the enormous electrostatic forces emanating from the earth, “rigidifies” the ether within earth’s electric field, as it moves through space like a charged metal ball (due, as he would later say, to earth’s movement through space at over 70,000 mph. To Tesla, the ether was composed of independent carriers, immersed in an insulating fluid while this ether behaves as a solid to heat and light, it behaves like a fluid to solid bodies, which are allowed to pass through it. 3 Furthermore, according to Tesla’s analysis, a DC. brush current could be used on the forward end of a ship, to create a rarefaction of, and rapid exchange of the carriers, which would stretch the medium and create an inducement of movement in that direction, while a high frequency alternating current would be used on the opposite, trailing end, to cause a compression of the carriers, which would block their passage. According to the later researches and publishings of J. J. Thomson Download 2.09 Mb. Share with your friends:
|