Intelligent design?

One of today’s hottest controversies is the war over evolution and “intelligent design.” So the real question is: Can either evolution or intelligent design be proven scientifically? Well, how do you go about “proving” anything scientifically?

The scientific method was developed to discover logical explanations for observable facts, without using magic or absurd or contradictory assertions. Valid theories need to be testable and verifiable in the laboratory. For example, Einstein said that mass and energy were made out of the same stuff. He used mathematics to predict that large amounts of energy would be released from a nuclear chain reaction. Atomic bombs proved it. But can such abstract concepts as evolution or intelligent design be actually proven? Certainly! But you have to dig deeper than usual.

The construction of the universe is like Lego bricks. The bricks are all the same, and can be used to build a great variety of structures. But they fit together in only a handful of ways. So if what you want to build doesn’t follow the “Lego” rules, then it simply cannot be built out of Lego bricks.

When we examine the fundamental processes of the universe, we find them to be very much like Lego bricks, because everything is strictly governed by the interactions of resonant fields. Fields do what fields do, and that’s all they do. They always get it right, and they never forget how to do it.

In order to determine if life could have evolved, or requires intelligent intervention, we must first examine the bricks to see how they hook together. We need to discover the “Lego rules” of the universe.

The first step in doing so requires us to advance beyond Heisenberg’s Uncertainty Principle, because it is actually the foundation cornerstone of both quantum mechanics and modern evolution.

Heisenberg asserted that subatomic activities are random, and therefore, can only be examined statistically. A universe based on randomness, allows for the strange and bizarre things to occur that evolution requires in order to counter the observable facts of modern genetics. However, an orderly, deterministic universe does not.

The problem is that, back in the 1920s, Heisenberg failed to provide a mechanism capable of manufacturing our deterministic macro world from his imaginary random-acting subatomic world.

Today, however, thanks to modern laboratory tools and a fresh examination of resonation within atomic structure, we now understand that activities below the quantum limit are not random—they are complex, but also precise, repeatable, reliable, deterministic…causal. Because they turn out to be pseudorandom!

Pseudorandom resonant fields (like Lego bricks) always do it right, and they never forget how to do it.

That is not the kind of actions that would stem from random anything, but it is the kind of response we would expect from pseudorandom subatomic interactions that are so precise and reliable that we can actually use mathematics to describe and predict them.

Why is it important that scientists are able to use mathematics? Because a random number times anything is a random number. It is the definition of “random.” However, pseudorandom numbers are used in encryption technology because they are complex, while looking quite random. They are actually generated by orderly mathematical processes that can be used to unscramble what appears to be garbage to one man, and crank out the hidden secret message waiting for another. That’s why they call it “intelligence.”

If you are interested in examining intelligent design, whether you are for it or against it, you need to understand the fundamental mechanism of the universe…because with no uncertainty, your competition will!

The exciting E-book: “Resonant Fields, the Fundamental Mechanism of Physics, Made Easy To Understand,” is available online at www.coolscience.info. Click on “Intelligent Design.”

© 2005 by CoolScience

(Special to the Saipan Tribune To email us, catch up on previous lessons, and get further information, go to www.coolscience.info on the Internet, or you can email us at coolscientist@rmrc.org.)