Quicycle

Several breakthroughs have been achieved by Quicycle members through their work; answers or approaches to several scientific questions have been proposed. Explanations of the following key concepts can be found in our peer-reviewed published work, in our Journal articles, Books, Video presentations, and Glossary. (Some of these are linked below.)

1. The electron’s substructure that gives rise to its properties (see Breakthroughs)
2. An electron charge of 10^-19 Coulombs can be calculated using this model!
3. The physical reason and calculation for g-2 (the electron’s anomalous magnetic moment)
4. Why and how the electron has both a particle and wave nature
5. The nature of charge
6. The quantization of charge
7. A theory of sub-quantum gravity (see Breakthroughs)
8. The physical mechanism by which mass distorts spacetime (see Breakthroughs)
9. The relativistic basis of quantum mechanics
10. The nature of and reason for quantum collapse
11. The way Relativity emerges as a consequence of photon and particle structure
12. Subatomic particle structure and symmetry (see Breakthroughs)
13. The way protons & neutrons bind to form nuclei (see Breakthroughs)
14. Why some nuclei are stable and others are radioactive
15. The reason for no magnetic monopoles
16. The reason for the flatness of the universe
17. The nature of the Poincaré stresses
18. The topology and components of electron spin
19. The physics behind the Pauli Exclusion Principle & Hund’s 2^nd Rule
20. The nature and mechanism of paramagnetism vs ferromagnetism
21. Proposed mechanisms for both matter-antimatter creation & annihilation
22. Absolute Relativity Theory — A Proposed Hilbert’s 6^th Solution (see Breakthroughs)

(Yes, we know. This is not a small thing!)
(This is not many small things!)

1. The Fifth Force: The Superstrong Force
2. M.A.R.T.: the Mathematics of Absolute Relativity Theory
3. If dark energy exists, it comprises precisely 66.67% of the universe.

We consider that, while the standard models of the things that matter in subatomic particle physics, as well as our understanding of gravity and the structure of the universe, have contributed much of value, many anomalies and unexplained phenomena persist. Modern physics has continued to build upon the axiomatic existence of the subatomic particles without considering from where their properties emerge.

We intend to build upon what has been learned from the standard model, and in recognizing where and why its limits arise, to overcome them and extend our understanding. We accomplish this by delving into both the very large and the very small. On the one hand, we examine the level of sub-quantum mechanics, where particle structures that give rise to their properties are investigated and elucidated. On the other, we probe the large-scale structures and origin of the Universe. In the center, we explore the intermediate domain of quantum chemistry and solid state physics. Our aim is to tie together and also extend the elements of the standard model. In this pursuit, we warmly invite other scientists to similarly engage in public in this manner.

It is time to pursue deeper levels of clarity and understanding, and to find the science that works, based upon established principles, experimental results, and thinking that makes sense.

And if, through this process, we find ourselves closer to solving Hilbert’s 6^th problem, all the better.

“It is precisely at the point where things become mysterious that there is most to be learned and most to be gained. One should not merely dare to go there, but plunge in with pleasure to explore just what can be done.” — John G. Williamson

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Co-Founders/Board Members: (in inverse alphabetical order)
John G. Williamson
Martin B. van der Mark
Michael Rudolph
Vivian N.E. Robinson
Mayank Drolia
Arnie Benn
Innes Anderson-Morrison