INTRODUCTION INTO APPLIED AETHER ENERGY SCIENCE

With the advent of harnessing aetheric energy with the applied Adams Technologies, it poses a difficult task to know the best possible starting point with which to describe this almost as yet virtually unknown technology in the mainstream of electrical sciences.

The decision I have taken is to commence at the grass roots, so to speak.

It all started during 1969 when I first determined to use permanent magnets to construct an electric motor generator that would defy Lenz's law and, in so doing, invent an electrical machine that would run at unity and, so too, in turn, defy certain other orthodox laws.

Before going on further, I feel you should all be aware of the reason why I decided to turn my attentions to developing a device which would display characteristics that would serve to exhibit that there were better ways of acheiving access to power or energy without recourse to man-made laws. I had long ago decided that ultimately all man-made laws required re-examination at one time or another and could never remain static in time - as time itself has constantly proved. Man-made laws, in particular those of physics and the allied sciences, have no path to follow, in that they tend to remain finite and exhibit the distinct inability to contain the characteristic of flexibility, which they must contain if they are to grow and expand at all, let alone grow and expand at the same pace of the human mind. Had the human mind taken upon itself the identity and stoliditude of these man-made Laws, the human condition would be a sad and sorry one today. Long enough had man subjected himself to the time-weary stagnant laws of physics and the electrical sciences and it seemed to me that in order for real progress to be made in this field, someone had to be brazen enough to stomach the inevitable sticks and stones and forge onwards to a totally new mentation. I had followed, throughout my many years of experience and constant studies, the works of other pioneers in other countries who had been theorising (more than experimenting in a practical sense) new ideas and hypotheses and it occured to me over and again that these scientists and inventors were trying to equate these new ideas with endless reams of unsuccessful calculations and equations based on the sacrosanct (and aging) man-made electrical and associated laws. I made up my mind that this was going to change, and change dramatically, if I was going to have anything to do with it. Many of these new pioneers, I felt, were (and are, even to this very day) trying to put new ideas up against old (and unfortunately still reigning) regimes and methods, which came into vogue long before the days of the great Leonardo da Vinci.

And so I started quietly to work according to the Laws of the Universe and Nature and along the way over the years I made some rather astonishing discoveries of my own which, at times, bowled me quite over, and still do. As time went on, empirical findings made me bold enough to come out of my shell and go public with my results of experimentation and discoveries - quietly at first. This was both good and bad for me and I was eventually forced to anticipate and indeed prepare myself for the onslaught to come. Come it did - of course!

What I was doing was an affront to every respectable teaching institution on the surface of the planet. Scores of electrical engineers and physicists bombarded me ad nauseum with the dogma, for instance, that, with my devices, I would get absolutely nowhere without closing the loop. At lectures this was one of the greater thorns in the sides of my contemporaries. Very few indeed were those attendees who gave this matter any in-depth thought at all, and those who did (brush away the cobwebs), as I lectured on, slowly nodded, quietly smiled and shouted no more (in the way people do when suddenly visited by an affliction of the dropped penny syndrome) ; they just listened with greater intensity and keen interest until the end of the lecture, when stunned murmering grew rapidly to an ever increasing buzz of heated dissertation and debate which, incidentally, rang through the lecture chambers long after I had departed. Such lectures, especially those (most) which were accompanied by at least an hour and more of question and answer sessions between the attendees and myself, were always a great joy for myself and I can say, with more than a little satisfaction, never boring for the attendees.

So it is for all my readers today to understand that, although the walk has been long, thorny and arduous at times, the journey has been one of the utmost intrigue, fulfillment and discovery wherein I have experienced many surprises myself. Red rags have turned to green lights, frustration to reward and, in the end, all quite good fun.

I describe matters now pertaining to calorimeters because, as we progress, it is found that they are vital instruments for this technology - so much so that I purport them to be the only accurate means of measuring power generated/harnessed within these devices of the Adams technologies. This fact, came to be because of the great difficulty in having to engage in applying empirical knowledge to working with this technology, as orthodox theories/methods are of no value whatsoever in the design and construction or testing of these super machines.

Late 1995 - 1996 heralded in the successful and sophisticated "Adams Thermo-motor Generator" entering the kilowatt range at greater power and performance. In addition during that period many various types of calorimeters were also designed and built by myself. Experience, intuition and empirical knowledge has since led to new discoveries and more sophisticated and accurate calorimeters.

One special unit I will mention, but briefly, as it is on the classified file, is the Equilibrium Calorimeter. Now if equal masses of copper and water are heated, for instance, over flame, for equal periods of time, the temperature of the copper rises ten times as fast as the temperature of the water, and to cause the same temperature change of the water, it would have to be heated ten times as long. This massive variance, in addition to other factors to be accounted for, results in the necessity of tedious calculations which all have their resultant and inevitable error factors.

These complex ramifications of coefficients, specific heat, thermal conductivity, convection, radiation, absorption, insulation losses, have, ad infinitum, in their path of time immemorial, created ongoing contention to this day.

To put the matter to rest for my own sake, I turned to inventing a water calorimeter that would dispense with 'calculations' and need only to rely on 'measurements'. (Measurements can be relied upon; calculations, in calorimetry involving water, can not!). This is, then, the Equilibrium Calorimeter mentioned above.

In this type of water calorimeter, a small quantity of water and a short operation time is of paramount importance. The unit itself is unique in that its load heating element heats both the water and copper vessel simultaneously and as the machine being tested operates in the kilowatt range, a state of equilibrium in the calorimeter is very rapidly reached after switch on of the machine, and remains so to boiling point or any desired temperature. The copper vessel containes only 0.5 litre of water with a boiling point time of 2.0 minutes. The fact that all componentry and water reaches equilibrium so rapidly, ensures that the resultant accuracy and performance of the unit is such that insulation loss is so low for such a minimal period of time, it is negligible and can therefore be dismissed. The end result of this calorimeter invention procludes all doubtful calculations and therefore requires but three measurements only to be taken - those of mass, temperature and time - all of which, with the application of modern measuring methods, are extremely accurate, resulting in an overall maximisation of machine/device 'zero point' performance measurement, possibly never before attained.