CHAPTER 1 INTRODUCTION
Since the beginning of the industrial age, the scientific enquiry has largely been limited to a materialistic understanding of natural and technological processes. At one stage, science comprised the spiritual sciences of Alchemy and Metaphysics. With the taking of the industrial path, the spiritual enquiry was neglected by the mainstream scientific establishment. Technology has become increasingly complex without questioning its basic foundations and long term effects, and has moved further and further away from the simple basic workings of nature. Environmental, pollution, exploitation and dereliction have intensified with the increase in sophistication of technology.
EXPLOSION Today’s technology is solely based on explosion. This is the process that has
been adopted to use the energy stored in our planet’s natural resources to heat our homes, drive our cars and to produce our electricity. The explosion process, however useful it may seem, is extremely wasteful and inefficient. Most of the chemical energy stored in fuel is lost in the conversion process into mechanical or electrical energy. To travel a distance of 1000 km in an average car requires an energy expenditure of 1000 kW. This equals the energy requirement of one human being to live and do all his physical and intellectual activities for one year (Coats, 1996). Most of the energy is lost during an explosive process through frictional resistance, which produces useless waste heat. The waste heat from all industrial processes, which are almost exclusively somewhere along the line based on the explosive use of fossil or nuclear fuels, causes our planet to warm up. In nature (unlike conventional technologies) minute temperature differences will cause very large changes. If our own body temperatures go up by half a degree above normal we feel unwell. Our planet reacts to equally small changes in temperature. Further to being heat generating, wasteful and inefficient, the combustion (explosion) of fuels produces by-products which harm us and pollute our planet.
Furthermore, atmospheric oxygen, the element needed by all of us to breathe and exist, is wastefully consumed during the explosion process. An average car, driven at 50 kmph consumes about 750 times the amount of oxygen needed by a human being (Coats, 1996). At the same time, our oxygen producing global forests are being cut down at an alarming rate.
Fig 1.1 - Schematic Diagram of Explosion Process
IMPLOSION Implosion is a suctional process that causes matter to move inwards, not
outwards as in the case of explosion. This inward (centripetal) motion, however, does not follow a straight (radial) path to the centre, it follows a spiraling whirling path. This is called a vortex and is the secret of nature. Water will always try to follow the path of least resistance. This is what the vortex is enabling it to do. It is reducing resistance by curving more and more inwards thereby avoiding the confrontational resistance of straight motion. This is the fundamental reason for the plug hole vortex phenomenon. The Coriolus Effect due to the Earth’s rotation determines the direction of spin of large scale vortices. A characteristic feature of a vortex is that the outside of the vortex moves slowly and the centre moves fast. As water is imploded in a vortex, suspended particles, which are denser than water are sucked into the centre of flow, frictional resistance is reduced frictional and the speed of the flow increased. This was verified through experiments conducted by Professor Dr. Franz Pöpel at the Stuttgart Technical University in Germany in 1952 (Alexandersson, 1996; Coats 1996).
The vortex motion, which also causes a drop in temperature and increase in density, is paramount for water to stay healthy and disease free. Natural water courses are naturally spiraling and meandering and the water in them forms whirls and eddies,...
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