Quantum Physics

Imagine you're at a really nice restaurant with an amazing menu. So many choices, so much yummy food available. You're out celebrating your birthday, so you decide to order entrees, main meal and dessert. After all, it's the one day of the year when it's about you, not the kids, or spouse, or friends, just you. The waiter arrives and asks for your order. So you give your order, eagerly expecting the yummy food in due course.

Except that ... the waiter inquires as to your birthday. You tell him, then he informs you, "sorry, but you can only order from (pointing) that section, which is 1/12 of the available menu." Whaaat, no way", you say, "but I don't like the food in (pointing) that section".... well that's astrology for you. You can only have 1/12 of the available menu of abilities, characteristics and strengths available to all.

Background

Modern science is still almost entirely based on 17^th century concepts that physical movement is perfectly smooth and continuous.

This continuity of movement implies continuity of operation (of the world we experience) which naturally induced the perception that our universe (and our bodies) operated like a clockwork machine. This machine-world view was the impetus for the Industrial Revolution which resulted in many beneficial technologies (aircraft, automobiles, etc).

Around 200 years after Newton developed the calculus (which is based on the assumption of perfect continuity), the continuous-machine model was not able to explain a growing number of puzzling experimental results1 especially those concerning the presumed wave-like behaviour of light.

In 1905 Albert Einstein resolved the mismatch of clockwork theory with actual experiment with his photo-electric effect for which he received the Nobel Prize in Physics. Light came in "lumps" or particles of energy, and these particles, what we call "photons", were not continuous.

This "quantum" view of light gave rise to a burst of discoveries2, leading to what is now accepted as being, by far, "the most successful physical theory in history"3 : quantum theory.

Physicists quipped that quantum physics was all about "lumps and jumps" - lumps of light that "jump" from location to location without travelling the intervening space.

As one leading physicist explained, "according to the quantum theory, movement is not4 fundamentally continuous".

However, our sciences are still working on the assumption of clockwork continuity, which works well enough for rockets, rifles and railways.

Medical science, for example, still seeks to find the static machine-parts (genes) responsible for our personal behaviours, despite the evidence for nonlocal, interconnecting fields of quantum potentials that would, if researched, open whole new avenues for healing and wellbeing.

In the minutia of physical movement including when we so much as lift a finger, movement is not continuous, nor clockwork in nature, nor predictable, nor certain ... nor physical in nature, but meta-physical.

Yet our sciences carry on, as if movement was continuous and purely physical. The bulk of modern science is reliant on 17^th century assumptions that are incompatible with world's most successful physical theory. The scientific method calls for theories to be discarded or modified when faced with evidence that is unable to be accommodated within the scope of a particular theory. This is how science advances. The geocentric model (Earth as centre of the universe) was ultimately replaced by the heliocentric model (Earth orbiting the Sun) because of the weight of evidence for the heliocentric model.

The intransigence to upgrade science's mechanical-universe model with one that is compatible with the quantum evidence is, like the behaviour of priests in Galileo's time, the hallmark of dogma, superstition and greed. That failure (to accommodate the facts within a congruent world-view) is a travesty of modern science.

In brief:

Standard5 modern science is still almost entirely based on 17^th century concepts that physical movement is perfectly smooth and continuous (comprising an infinite-series6 of ever-so-small "infinitesimal" movements).

There are no bodily processes (chemical, electrical or otherwise) that can move anything infinitely ("infinite" literally means without end). Accordingly, physical movement is theoretically impossible when based on standard science's Newtonian (17^th century) "assumptions". Given that physical movement is a routine aspect of everyday life, the root assumptions of standard science are clearly and unambiguously wrong.

Instead of applying 17^th century thinking to our 21^st century world, a new holodynamic world-view that matches the (quantum) evidence is, arguably, long overdue.

Detail:

Superstition - "a belief or practice resulting from ignorance, fear of the unknown, trust in magic or chance, or a false conception of causation."

While sharing various ideas on a forum recently, it became evident there are many people (including and especially atheists, scientists and the religious) who still very deeply rely on superstitious beliefs.

And by "superstitious" beliefs, none are more evident than when the topic of Zeno's Paradoxes is considered.

To put things in context:

Imagine we have a number of belief-systems, let's call them BS1 and BS2. Let's now see how well they match a particular set of evidence (facts and observations, as can be readily experienced on planet Earth).

Dialoguing with various participants on a forum, I was mindful to explore some of the benefits of understanding the deeper principles (not necessarily the mathematics) of quantum physics.

As Einstein demonstrated perhaps unwittingly, being too focused on the mathematics can take one away from one's intuitive feel for the deeper rhythms and connections in life.

And those deeper rhythms and connections are now well-verified, and are of immense benefit.

Update (August, 2016) - see latest regarding the dynamics of gender

When writing Be and Become during the latter half of the 90's, the various revisions of the manuscript1 included chapter (Nine) titled as "Men are particles, women are waves".

However, prior to publication I had the thought (contrary to my better instincts) that the chapter would best be titled differently, to what is now "Material men, wonderful women". It was, I thought, less likely to be dismissed as 'stereotyping' people, even though I felt at ease with the "Men are particles ..." title.  "Men are particles, women are waves" quite adroitly and succinctly expresses the inherent dynamics of life towards individualism, and collectivism -- men and male animals do (as a general rule!) bias themselves towards the hard, physical, individualistic side to life (characteristic of particles). Women do bias themselves towards the soft, interconnective, cooperative, relationship side to life (characteristic of waves and fields).

Stereotyping?

Hardly -- walk down any street asking everyone encountered their occupation.  Then note the gender percentages of those in the 'hard-sciences', engineering and Information Technologies, compared with those in care services, humanities and communications.

The bias is not because men or women are 'pushed' into the various professions, or due to restrictions such as 'glass ceilings'. There's been plenty of attempts to get more women into IT, but they simply just aren't as interested ... as a GENERAL rule!. Yes, there's always exceptions, but we're talking 'bias' in numbers, of percentages, not of exceptions.

While visiting a friend in Barkandji Country (Aboriginal country around Wilcannia, and along the Darling River), I was given a book "Voices of the first day", by Robert Lawlor. It contains concepts and ideas which are highly congruent with my basic model of The Theory of One and All that I intuited and explained in my book, BE and BECOME.

When researching materials to support the ideas in BE and BECOME I came across a number of leading physicists who voiced a more technical explanation: within certain bounds and constraints (via various 'lattice-works' or matrices, such as fractals), matter and energy is "plastic" — it can be molded or influenced with mind1. At this stage of our evolution it's not yet a noticeably large influence, but it's the principle that is important. It can be guided (again, within constraints), by virtue of the fact that all bits of matter and energy are 'instinctively choosing' to form the world we know.2 They 'instinctively choose' how to collapse the wave-function (collapse possibility into actuality -- see Fig. (below/right).

As physicist Freeman Dyson explains:

Overview

There are many who argue in various scientific circles and forums that mathematical theories based on unending, contiguous numerical continuity (infinite-series, calculus) are able to explain a series of perplexing theoretical dilemmas dating back nearly 2,500 years.

Those dilemmas, widely known as Zeno's Paradoxes raise issues relating to the apparent impossibility of everyday physical movement, which is assumed to occur continuously and smoothly.

Being skeptical is perhaps one of the easiest means by which to protect ourselves from silliness, naivety and from being enlisted into the ranks of 'space cadets'.

Skepticism (or scepticism) naturally motivates one to question, to devise experiments, or thought-experiments to test the credibility of ideas. And asking questions is, in my opinion, one of the most noble, useful and valuable tools anyone can possess. It could be argued that a healthy scepticism amongst the populace and judiciary would have seen off some of the more pernicious superstitions and crowd behaviours in times past, such as the executions of those suspected of being witches during the Salem witch trials.

But from my experience the not-so-good side to being skeptical outweighs the benefits. Being quick to dismiss claims of religious, spiritual, or psychic experience leaves one closed to possibility, and closed to finding deeper congruent frameworks of belief. As I have found, that closed-mindedness can result in quite debilitating health issues.