Sales, Trinity Continuum: Æon

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Bhurano’s Theory

— Quantakinetic Proxy S. K. Bhurano, Introductory Address at the first Noetic Conference, Olympus, 10.8.2109

If we look back on the early 20th century, we see that most scientists thought that the great discoveries in physics had already been made. Some questions still needed to be answered, but the fundamental physical laws of our universe were considered “determined.” Of course, we know this was wrong. As the tools of scientific inquiry became more precise and opened up new realms of investigation or offered new insights into established beliefs, scientists realized how little they really understood about nature.

The same can be said for us, 200 years later. We have learned to communicate across the globe, we have conquered diseases, we have created weapons capable of massive destruction and we have even walked among the stars. We are proud of our “understanding” of the universe, and our accomplishments are considered evidence of our knowledge. But we are as deluded as the arrogant 20th-century scientist, for all of our accomplishments mean nothing when new discoveries undermine everything we hold to be true. The discovery of psionic energy is just such a revelation.

Psi is not a “new” force. Just as electricity, magnetism, gravity and the forces between atoms have always affected the universe, so too has psi. Until the emergence of the psions, however, we simply didn’t have the tools to perceive and manipulate psionic energy.

Hypothesis and experimentation have always been the bases of scientific inquiry. With them, Newton established the laws of motion and gravitation. Maxwell unified electricity with four fundamental equations. Einstein set forth light’s constancy and objects’ relative motions with the theory of relativity. And now I propose the parameters by which psi functions.

As science progresses, it becomes ever more challenging to quantify new theories. To do so, we must create the tools by which to test them. It was much easier to prove theories about gravity than it was to verify that particles smaller than atoms exist. Whereas Newton proved his theories by dropping objects, subatomic particles were proved to exist with the invention of accelerators and electron microscopes.

The subquantum universe – “psion particles,” as the quanta are known – exists all around us, as do protons and quarks. It’s always been here, just as molecules and gravity have always been. However, we weren’t able to study and quantify this realm until now. With the proper tools at our disposal – nothing less than psi abilities themselves – we can finally explore this last, unifying force of nature.