What could be more exciting than understanding the very fundamentals of the universe?

More advanced than Einstein?

Certainly. Why not? Isn't it about time?

Actually it's quite easy once one understands more fundamental concepts than Relativity and quantum mechanics… namely, the basic field mechanism that produces and manipulates those very field structures he was trying to combine into a unified field theory.

Resonant fields are simply more basic and therefore more encompassing than the earlier theories. What's more, they are very much easier to understand. After all, it's easier to understand buildings if you first understand bricks.

Scientific advancement at the most fundamental level has been stuck in a rut since Heisenberg and Einstein were at odds over Relativity vs. the Uncertainty Theory Principle. Both have merit. But each fails to complete the task of unifying all of physics, indeed all science, into an easy-to-understand, intuitively-simple, model of the universe.

To solve the problem, CoolScience examines the most fundamental mechanism of the universe… the movements and relations of subquantum fields… to discover that the universe is not random!

That is, it appears random to us, but its underlying operation sequences through specific, deterministic algorithms of interrelated flowing fields. Such subquantum field systems generate all of the things that we observe… such as time, distance, movement, the existence of one thing separate from another thing. Subquantum fields resonant to produce atoms, light, gravity, and everything else.

The Resonant Field Theory unifies the four basic forces of nature… the weak and strong nuclear forces, electromagnetism and gravity in an intuitive, logical and easy-to-understand model of the universe. It explains why gravity usually only attracts, where the other forces both attract and repel. It answers many of the questions others thought were "impossible" to understand.

It allows us to peer below the quantum limit, so that we can understand what Heisenberg said was impossible to observe. The difference is that the Resonant Field Theory explains why, and where Heisenberg got off the track.

It's amazing what one can learn when one doesn't stop looking just because others say that something is impossible to see.

Physics is not based on opinion, but empirical (lab demonstrated) fact. But it's amazing how opinions affect how we view the evidence. But what's really amazing is that it all turns out to be so simple that people say, "Now why didn't I think of that!"