Harmonics Theory, Part 18: No Big Bang

by Ray Tomes

Harmonics Theory, Part 18: No Big Bang

This is the final installment of FSC Science Director Ray Tomes' blog series in which shared the fundamentals of physics in layman's terms, showing how present theory must inevitably lead to all waves losing energy and forming harmonically related waves. The end result is a very specific detailed structure that matches the observed universe and explains many previously mysterious observations. This series was previously published.

Although the Harmonics Theory was described above in terms of the non-linearity of standard physics wave equations, that is not how it was discovered. That was the result of trying to connect an already successful theory with the prevailing scientific view. In that prevailing view, there was one thing that was entirely unacceptable to the Harmonics theory reconciling with accepted physics, and that was the Big Bang Theory. The Harmonics theory logically follows from Maxwell's equations and General Relativity but requires that the universe must be much older than Big Bang cosmology and have continuous wave communication between its parts to gradually develop harmonics over many cycles of oscillation of even large scales such as the Hubble scale. That is, the Harmonics theory is an oscillating universe theory, a view that has been flirted with by cosmologists at times. Also, the Harmonics theory is very clear in the order of formation from the top down and not the bottom up. This easily explains the large scale structure in the universe, such as the very clear galactic supercluster scale which, although very clearly observed, is largely swept under the carpet in Big Bang circles because it just does not fit with the theory.

"Experiment and observation are the judges in science, the only problem is that not everyone understands the verdict."

Here is one of a number of cosmological studies that show that galactic superclusters exist at regularly spaced intervals. The quote from New Scientist in the graphic is no longer correct, there is a theory that expected not only that such structures existed but correctly predicted the spacings. That theory is the Harmonics theory, and it links these large structures with huge waves in the universe and the period of waves of just this size are found as one of the strongest geological cycles periods. Because that cycles period is known accurately it allows the accurate determination of the Hubble constant, something not yet achieved by "existing theories."