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(3) Schauberger realized the implications for his "implosion"<br />

physics were such that a "super-super bomb" of<br />

unbelievable power could be constructed. This means, in<br />

effect, that quirky though some of Schauberger's<br />

terminology and ideas might seem from a conventional<br />

physics standpoint - he was, after all, a "naturalist" and selftaught<br />

physicist and inventor - his ideas were well within the<br />

framework being developed in quantum mechanics and the<br />

unusual "aether vortex" theories of physicists and engineers<br />

like Hilgenberg, Krafft, or even the great Gerlach himself.<br />

In a nutshell, Schauberger's theories bring us to the very edge of<br />

what appear to be a wartime effort - a well funded, and deeply<br />

black effort - on the part of the SS to understand the relationship<br />

of the zero point energy, rotating fields, and gravity.<br />

1. His Basic Conceptions<br />

Schauberger began his little known and quite unconventional<br />

career as an "unorthodox physicist" as a forester for the Austrian<br />

government. One observation - a breathtakingly simple one -<br />

launched him on his career. One day Schauberger observed a trout<br />

in a clear, fast moving stream. The trout was stationary in the swift<br />

current, using a minimum of effort to remain in place: a flick of a fin<br />

here, a small movement of the tail there. As he pondered this wellknown,<br />

but little understood fact, he came to the realization that the<br />

trout was using far less energy to remain motionless than<br />

conventional physics would allow. After all, the fish should have<br />

been swimming like crazy just to stand still. But that was not all.<br />

Schauberger then wondered how the trout, again with so little<br />

apparent effort and expenditure of work, could suddenly leap from<br />

the water several feet, and land upstream against the current.<br />

Schauberger decided to study the phenomenon.<br />

What he found was the fish seemed somehow to employ<br />

extremes of temperature to achieve their stationary place, or,<br />

conversely, to leap suddenly from the water against a swift current.<br />

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