Now another document from the T.E.C. archive data files about rotating fields.
----------
Many of the sources in the alt-sci underground relate that Philadelphia Experiment-type setups rely on a rotating (usually magnetic) field as the key mechanism for producing spacetime shifts. We should be able to accomplish this without the need for bulky, expensive 1940's electromechanical equipment such as synchro-motors and generators. Indeed, it can be done quite simply (at least the basic waveform control) using today's fast digital signal processing chips and software. For you hobbyists, however, there's also a relatively simple way to do it using analog circuitry built from readily-available parts.
First, we need an oscillator or wave function generator, which can be built using a few parts that you can buy from Radio Shack. (We are assuming audio frequencies in this discussion, up to about 10 KHz maximum.)
1) Using the example of the simplest periodic wave, the sine wave, the...
How to generate a Rotating Field
----------
Many of the sources in the alt-sci underground relate that Philadelphia Experiment-type setups rely on a rotating (usually magnetic) field as the key mechanism for producing spacetime shifts. We should be able to accomplish this without the need for bulky, expensive 1940's electromechanical equipment such as synchro-motors and generators. Indeed, it can be done quite simply (at least the basic waveform control) using today's fast digital signal processing chips and software. For you hobbyists, however, there's also a relatively simple way to do it using analog circuitry built from readily-available parts.
First, we need an oscillator or wave function generator, which can be built using a few parts that you can buy from Radio Shack. (We are assuming audio frequencies in this discussion, up to about 10 KHz maximum.)
1) Using the example of the simplest periodic wave, the sine wave, the...
How to generate a Rotating Field