Three Laws of Tetryonics

Three Laws of Tetryonics:

1. Energy itself is equilateral

2. The law of interaction and all energy in whatever form seek equilibrium

3. Once the system is in motion and it’s seeking equilibrium, it will continue indefinitely as it cycles through it’s various forms backwards and forwards.

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What I often hear after doing my best to introduce new concepts to people is a simple phrase that I’ve grown to despise with every fiber of my being.

"After a quick look..."

First of all, a quick look at most things will render you oblivious about any number of other ‘things’ going on. We must take a good long look at many notions from the past in order to work our way through the maze of a system we now find ourselves. Those that are content to take the ‘quick look’ beware.

Tetryonics requires more than just a glance. With all due respect, a quick look will typically result in immediate dismissal because there is no reference frame to speak of. Looking at the actual materials with a keen eye will display substance of an uncanny variety.

It won’t be a comfortable experience for many either. I’ve seen it time and time again. Those that stand to benefit the most from this work are the first to dismiss it, and dismiss it with vile and putrid nothings at that.

As a student and ambassador of Tetryonics, I can't address each and every concept available, nor can I guide you to paradise alone. What I can say is that Tetryonics does, in fact, shed light on a path forward.

Mainstream physicists will not readily accept anything outside their familiar paradigms.

As Feynman observed, “Mathematician… do not even need to know what they are talking about.”

"The geometric interpretation of mathematics is important primarily because it is one of the essentials for an understanding of the relationship between mathematics we invent, and the physical phenomena it seeks to describe for us.

While Mathematics is the language of Science – Geometry is its Grammar.

To not pause every now and then, take stock of our theories and subject them to a rigorous analysis invites us to wander down blind alleys and cul-de-sacs of experimentation when our resources and efforts could be better utilized elsewhere bettering the Human condition.

Many scientists find it hard to believe that the investigators who constructed the currently accepted theories could have made so many mistakes. It should be emphasized, therefore, that the profusion of conflicts between present-day ideas and our findings does not indicate that the previous investigators have made a multitude of errors. What has happened is that they have made a few serious errors that have had a multitude of consequences.

Since the discovery of Electric and Magnetic forces, and their unification with Mathematics we have sought to describe their effects and developed in-numerable electrical technologies that have advanced the standard of living for many across the planet as the electric genie took up the grindstone for us in our technological society and brought us all closer together than ever before.

Imagine what could have been achieved had we a consistent, realistic model of the quantum forces at work that gave rise to the wonder that is electrical energy and could control it at that level.

Only equilateral geometry can unite the duality of electric and magnetic forces that give rise to the known observables and the mathematics that describes them so eloquently - a triangle.

This new take on the role of an old and familiar geometry is now presented to the reader so as to reconcile the known observations with the mathematics of physics; in turn uniting the two and correcting the assumptions & errors that have crept in during the nascent development of the Sciences and prejudiced our understanding of this force of Nature to this day.

Adding to the mysteries of quantum mechanics is a number of well-known QED effects that have also eluded physical explanation - to date.

In 1865, James Maxwell Clerk unified the then disparate theories of Electric and Magnetic fields into a theory of Electromagnetism and related then to the velocity of light.

The exact quantum geometry of EM wave geometries ( and the Photons comprising them) that explains their Wave functions and observed interference patterns represents one of the greatest challenges to developing a concise fully realized quantum theory of EM radiation.

Wave-Particle duality dating back to the 17th century is perhaps the best-known example of quantum behavior that has defied precise modeling despite an intense effort by scientists around the World for over two centuries.

The application of equilateral energy to the charged geometries of Photons and EM waves not only explains these long-standing mysteries but also removes the quantum fuzziness introduced by Heisenberg's Uncertainty principle, thus clearing the way for Science to develop an advanced understanding of Electricity, its role in Quantum ElectroDynamics and provide new clean forms of energy from the quantum processes." Kelvin C. Abraham

The math must follow the geometry. Without this rigid geometry to guide the math, many erroneous assumptions have led us astray.

Tetryonics takes something different. I like to call it, "An Open Mind."

...But not so open that the brains fall out...