The Jeff Cook Effect

What it really is. If you have read elsewhere on the Internet that the Jeff Cook Effect is a gravity beam, that's a bit of an overstatement. If you have read that it is the effect of bending a flame in front of a certain coil configuration, that's a bit of an understatement. If you have read that it is the ability to spin magnets on their axis, that's just plain getting ahead of oneself. Most simply, the Jeff Cook Effect is the discovery of diamagnetic qualities from a ferromagnetic wire coil. Can one create a "gravity beam" with these qualities coupled with certain arrangements? Well, that is one of the claims. Can one both attract and repel an ordinary flame with these qualities in certain arrangements? Yes, that's another claim. And can such qualities spin magnets on their axis? Of course; and there's many more abilities such a coil has been shown to accomplish.

If you take a moment to glance to the top of the page and look at the green waveform glowing in the header, you will see the basis of the effect. What is this waveform? It's called an "X-wave," but in linear format. You may have read on the Internet that the Jeff Cook Effect is a pulsed coil configuration with the above waveform. While, many observable effects have been studied by pulsing a ferromagnetic wire coil, the complete study involves not only a waveform in time, but also magnetic and electogravitic forces in distance, both having a similar rise-drop-reverse-fall property. However, before we get to this waveform, which is mainly dealt with outside of the Jeff Cook Effect section of this site (in the Physics Pages), I will give the basics of a ferromagnetic wire coil in the following pages and try to describe everything there is to know about a ferromagnetic wire coil.