Skip to main content

Is Reality Just Number?

It should be apparent in the first instance that number is essential in quantitative terms.

The very notion of quantity implies some form of numerical ordering! What is not however so obvious is the realisation that number is equally essential from a qualitative perspective where it plays a holistic role complementary to what is accepted in conventional (quantitative) terms.

To appreciate this important point we can initially confine ourselves to the two most fundamental numbers 1 and 0. As we know these two digits can be used - as in modern computers - to successfully encode all information (in quantitative terms). However what is not commonly appreciated is that the same two digits can be potentially used to encode all transformation processes when used with respect to their holistic qualitative meaning.

So, as I have repeatedly stated, 1 in this context relates to the linear use of logic in the analysis of form and 0 to its corresponding circular use (as an indirect expression of the holistic awareness of emptiness).


Some appreciation of this latter holistic use of number can be obtained with reference to the mystical traditions.

In Western tradition the linear notion of form tends to dominate understanding. Not surprisingly, ultimate spiritual meaning is generally expressed as union with reality, which relates directly to the holistic appreciation of 1. In the more intuitively based Eastern spiritual traditions, by contrast ultimate reality is often referred to as "a void" or "emptiness" (i.e. nothingness) which represents the corresponding holistic appreciation of 0.

So all information and transformation processes can ultimately be encoded in terms of number. The next giant leap is then to appreciate that the phenomenal characteristics of reality that we observe are of a secondary nature representing dynamic number configurations (that combine both quantitative and qualitative characteristics).

Therefore at the most fundamental level of appreciation we cannot hope to interpret reality with respect to these mere phenomenal characteristics. This has important implications for physics as it implies that ultimate explanations cannot be obtained from the behaviour of phenomena but rather from the mathematical structure inherent in such phenomena. And this behaviour must combine both conventional analytic and the - as yet - (unrecognised) holistic aspects of interpretation.

Stating it again directly, reality as phenomenally observed represents the dynamic configuration of numbers with respect to both their quantitative and qualitative characteristics. And at the most general level this can be understood merely in terms of 1 and 0 (which is sufficient to provide a basic encoding for all information and transformation processes).

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