THE MYSTERY ROOM

The subterranean chamber (6) is the largest and most unusual room of the Great Pyramid. This odd looking room is located 100’ below the base of the Great Pyramid and carved from the solid limestone bedrock of the plateau (see Figure 5). This large room is 27’ north to south and 56’ east to west. The entrance is near the floor at the northeast corner. The eastern half of the room averages 11’ to 13’ in height. The western half of the room is a 5 ½’ high step (see Figure 6). The step has a channel in the middle that leads to the western wall. This channel, the “step channel“, starts at floor level but tapers as it heads towards the back wall. On top of the step are two fins that run from the front of the step to the back wall. A third fin starts ½ way back on the step. All of the fins run east to west and reach up near the ceiling. On the main floor there is a {6’} wide square pit set diagonally some 5’ from the eastern wall. This pit drops 5 ½‘ to a step where the pit narrows to 4’ square. The total depth of the pit is about 11’ although Cavigula had drilled down another 30’ in the 1800’s.5 In the southeastern corner is the entrance to a tunnel that measures 29” by 31”. Dubbed the ”dead end” shaft, this tunnel runs 57’ due south where it ends in a vertical wall.

The subterranean chamber has confounded most pyramid researchers. The Orthodox camp essentially gave up trying to explain this room . They came up with the idea that the whole subterranean section was a giant mistake. Edward Kunkel, Chris Dunn, and Joe Parr gave alternate views. Kunkel was partially correct when he recognized that the chamber was part of a modified hydraulic ram pump . Dunn recognized that the chamber must be the location for the source of a pulse direct towards King’s chamber . Parr recognized that it was the location of a sound transmission .

Schauberger claimed that the water rose because it was so strongly charged with biological magnetism, negating gravity

The Water Wizard (Schauberger Domestic Power Station)

Interesting viewpoint, would be massive if true:

Should **Viktor's hypothesis that the Sun is
both dark and cold prove to be correct, it
would without doubt have far-reaching
implications for all human intellectual
endeavour, science, religion** , etc...

Hydrogen, however, is in a category of its own, for Viktor viewed it as the carrier substance of both oxygen and carbone, often writing it down in the hieroglyphic form in fig. 5.1. If we look at the world from space this concept is quite factual, because we can see that our planet, composed as it is of carbones and fertilised by oxygen, is floating in the carrier ocean of the hydrogen gas filling all space.

Done for now this has been #learningtowalk part 6

Part 7 🧙‍♂️🛸

Let’s begin, part 6 was The Water Wizard

https://t.me/AzazelNews/65642

#learningtowalk part 7

On Light and Other High Frequency Phenomena by Nikola Tesla 1893

The day when we shall know exactly what “electricity” is, will chronicle an event probably greater, more important than any other recorded in the history of the human race. The time will come when the comfort, the very existence, perhaps, or man will depend upon that wonderful agent. For our existence and comfort we require heat, light and mechanical power. How do we now get all these? We get them from fuel, we get them by consuming material. What will man do when the forests disappear, when the coal fields are exhausted? Only one thing according to our present knowledge will remain; that is, to transmit power at great distances. Men will go to the waterfalls, to the tides, which are the stores of an infinitesimal part of Nature’s immeasurable energy. There will they harness the energy and transmit the same to their settlements, to warm their homes by, to give them light, and to keep their obedient slaves, the machines, toiling. But how will they transmit this energy if not by electricity? Judge then, if the comfort, nay, the very existence, of man will not depend on electricity. I am aware that this view is not that of a practical engineer, but neither is it that of an illusionist, for it is certain, that power transmission, which at present is merely a stimulus to enterprise, will some day be a dire necessity.

I shall avail myself in these experiments of an induction coil of peculiar properties, which was described in detail by me in a lecture before the London Institution of Electrical Engineers, in Feb., 1892. This induction coil is capable of yielding currents of enormous potential differences, alternating with extreme rapidity. With this apparatus I shall endeavor to show you three distinct classes of effects, or phenomena, and it is my desire that each experiment, while serving for the purposes of illustration, should at the same time teach us some novel truth, or show us some novel aspect of this fascinating science.

These high-frequency currents are obtained in a peculiar manner. The method employed was advanced by me about two years ago in an experimental lecture before the American Institute of Electrical Engineers. A number of ways, as practiced in the laboratory, of obtaining these currents either from continuous or low frequency alternating currents, is diagrammatically indicated in Fig. 1/165, which will be later described in detail. The general plan is to charge condensers, from a direct or alternate- current source, preferably of high-tension, and to discharge them disruptively while observing well-known conditions necessary to maintain the oscillations of the current.

I will suppose that a continuous-current generator is employed, which is often very convenient. It is desirable that the generator should possess such high tension as to be able to break through a small air space.
When the condensers are charged to a certain potential, the air, or insulating space, gives way and a disruptive discharge: occurs.
There is then a sudden rush of current and generally a large portion of accumulated electrical energy spends itself. The condensers are thereupon quickly charged and the same process is repeated in more or less rapid succession. To produce such sudden rushes of current it is necessary to observe certain conditions. If the rate at which the condensers are discharged is the same as that at which they are charged, then, clearly, in the assumed case the condensers do not come into play. If the rate of discharge be smaller than the rate of charging, then, again, the condensers cannot play an important part. But if, on the contrary, the rate of discharging is greater than that of charging, then a succession of rushes of current is obtained.

Of course, the higher the tension of the generator, the smaller need be the capacity of the condensers, and for this reason, principally, it is of advantage to employ a generator of very high tension. Besides, such a generator permits the attaining of greater rates of vibration.