What today is called Teslar technology is the predecessor to scalar instruments and, in the very near future, amazing leaps in quantum nanotechnology. The Teslar technology was itself a phenomenal breakthrough in 1986, and has quickly spread to hundreds of biological and systemic applications. But how can such a small device have such a huge effect on life forms?

In the Gravity Research Laboratory in Iwajima City, Japan, Dr. Seiki authored an extensive book of the higher mathematics involved in calculations of gravity energy fields called “Ultra Relativity”. The book takes a look at the properties of electric and magneto-electric fields with respect to mobius bands and many other field coils. A mobius band is a one-dimensional construction, created by snipping a normal band and re-attatching it with one 180-degree turn of one of the ends, creating a never-ending loop.

By way of the highly complex Maxwellian field equations, Dr. Shenechi Seiki theorizes that, when energized by certain electrical currents, a mobius like the one used in Teslar technology could easily be made to generate a very intense gravitational wave field. In this case, the usual roles on electricity and magnetism would be switched, creating a magnetic monopolar field, canceling out the magnetic lines of force. In effect, this will create an inverted space-time field.

It has been known for years that a resistor created in the shape of a mobius strip will never create a magnetic field, thus producing absolutely zero electrical interference. It is a perfect non-conductor. In the Teslar, the mobius acts as an antenna of sorts for creating gravitational waves instead of as a resistor as it has been used by NASA and others in the past. Basically, the mobius-shaped scalar instrument inverts magnetism and electricity.

This is what gives the Teslar technology its ability to cancel out electromagnetic fields, and relieve the human body from the stress of being constantly exposed to these unnatural forces.