Skip to main content

Reflections on Riemann Hypothesis Article

It is now some months since I completed the article A Deeper Significance: Resolving The Riemann Hypothesis.

This is turn followed on more detailed work on the topic at my website on Riemann Hypothesis.
What I was attempting to do was indeed very ambitious i.e. resolving the Riemann Hypothesis.

Now from one perspective it might seem absolutely presumptuous that an amateur with no special ability in - what is conventionally called - mathematics should even attempt to tackle such a problem.
However through Holistic Mathematics - which I have been developing now for some 40 years - I was confident that I could approach the issue from an entirely new perspective.

So in the end I indeed resolved the issue to my own satisfaction, with the Riemann Hypothesis in the context of this new perspective having a remarkably simple resolution.

Just to briefly summarise my findings!

The Riemann Hypothesis is true! however this cannot be proven (or disproven) within the axioms of conventional mathematics .

Rather the Riemann Hypothesis arises as the direct consequence of the fundamental axiom of a more comprehensive mathematical approach - which I term Radial Mathematics - that combines twin aspects (relating to distinctive logical systems).

The first aspect is provided by Conventional Mathematics which is based on linear either/or logic (requiring the separation of opposites).
The second aspect is provided by Holistic Mathematics which is based on an alternative circular both/and logic (requiring the dynamic complementarity of opposites).

So a comprehensive mathematical understanding really requires both the analytic and holistic interpretation of symbols (represented by Conventional Mathematics and Holistic Mathematics respectively).

Just as in geometrical terms the line and circle are reconciled at the central point which is common to both, likewise linear and circular understanding are ultimately reconciled at a common point which is ineffable.

This provides the appropriate context for understanding the true nature of prime numbers. They inherently combine two logical systems the ultimate nature of which is ineffable.

The significance of the real part of 1/2 (to which all non-trivial solutions to the zeta function are intimately related) can best be seen as representing a golden mean as between opposite extremes. Reconciling linear with circular logic requires maintaining complete harmony as between dualistic opposites.

So inherent in the resolution of the Riemann Hypothesis - and also inherent in the fundamental nature of prime numbers - is the consistent reconciliation of the two distinctive types of logic that are themselves necessary for proper comprehension of the issue.

Thus the most fundamental axiom of Radial Mathematics (entailing the twin use of both linear and circular logic) entails the truth of the Riemann Hypothesis.

However as this truth relates to the relationship as between two distinctive types of logic it cannot be resolved with reference to just one!

Thus the Riemann Hypothesis - though necessarily true from a radial perspective - cannot be resolved (i.e. either proved or disproved) within the axioms of Conventional Mathematics.

Comments

Popular posts from this blog

The Number 137

The number 137 has raised considerable interest. Its reciprocal (1/137) approx. is referred to as the fine structure constant in physics and is related to the probability of electrons (or other particles) emitting or absorbing particles. Much has been written regarding the "mystical" properties of this number. Indeed some years ago my attention was drawn to its significance through correspondence relating to Jungian archetypes. And just recently an interesting article by Giorgio Piacenza has been published on Frank Visser's Integral World web-site. Without wanting to claim too much for the "mystical significance" of this number, I would like to initially broaden the topic to highlight some important general properties of prime numbers (of which 137 is a specific example). From one perspective prime numbers can be viewed as the basic building blocks of the natural number system (which we literally view in a linear manner as stretched out on a strai

Higgs Boson or Higgs Illusion

I was looking at the BBC Horizon programme last night on the Higgs Boson which proved quite interesting. As was widely reported in the media late last year, a determined attempt has been made to find convincing experimental evidence for the existence of the Higgs Boson which if verified would help to complete the standard particle model of physics. One outstanding problem with this model is that it had yet to provide a convincing explanation as to how particles acquire mass. And as this requirement is crucial for explaining the existence of all phenomena, the issue is of great importance. It had been proposed in the late 60's by Peter Higgs that what gives mass to particles is related to a seemingly invisible field viz. the Higgs Field. And as all fields are associated with corresponding particles, it was postulated that if this supposition of the existence of a new field was correct that it should in principle be possible to detect its associated particle. However the tech

Special Relativity - a new perspective

In his famous 1905 article where he introduced his "Special Theory of "Relativity", Einstein successfully challenged our conventional notions of space and time. This world view maintained that measurements of space and time were absolute for all observers. For example, if one carefully measured the length of a car, then this distance would remain the same for all observers (irrespective of movement). So for example from this viewpoint as a car accelerated, its length would remain the same (despite the increase in speed!) However Einstein convincingly demonstrated that such understanding is in error and that the actual distance crucially depends on the relative movement of what is measured. Though we do not notice such differences at speeds significantly less than that of light, they do exist. For an object travelling at 87% of the speed of light, measured length would be just half of that registered in static terms. Such differences equally apply to time with a moving ob