Archive for March, 2010

Teleportational Gateway on the Planet Uurd

March 30, 2010

The Win-Win Multi-Dimensional Gateway, Planet Uurd, Schessmanweil-Neutopia

The following text is a mildly revised excerpt from “The Manual: Teleportation by Means of the Kind Light and the Diagram of a 4-Dimensional Object.” by Gottstein Strohkopp, P. U. Blisher, Ginnungagab, 2017
4. The above image is a 2-dimensional depiction of a 4-dimensional object. This object is related to a cube in the same way in which a cube is related to a square. We call this object a “Qube”.
5. Concentrate on the image above. Try to see the inherent plasticity of the depicted object. It should gradually begin to appear like a floating, 3-dimensional object, detaching itself from the background.
6. Concentrate more, try to see the regularity of the object. Try to discern one side, of which it has 32 identical ones in total. Concentrate on that side and declare it the side nearest to you. This is your referential plane.
7. Concentrate on the fact that this plane is connected to one plane which mirrors it and is at the same time projected onto three dimensions: a cube. In connection with your referential plane, you now see a “Qube”.
8. Superimpose the idea of the place you want to visit onto the referential plane of the Qube. Make it into a mental, 3-dimensional model of that place. Connect it now to the mirror plane, and project it onto the fourth dimension.
9. Now be extremely careful. Focus your awareness, regulate your depth-perception, contract your field of vision. You should not be able to discern the monitor in front of you, nor any part of your actual surroundings, but only the 4-dimensional image of the place you are going to visit.
10. Concentrate on this image, stop all other thought processes, fall asleep.
Note: once you start this process of teleportation, it is inadvisable to suddenly interrupt it at any point. Sudden interruption at any point will lead to undesirable effects, ranging from mild disorientation to the complete unhinging of all mental faculties, resulting either in temporary catatonia or symptoms similar to those exhibited by patients suffering from Huntinton-Chorea (Veitstanz).
11. You should now awake at your destination. You can move there freely, and return at will by mentally stimulating your sympathetic awareness center.
Note: this does not induce a “dreamlike” state. You will not experience flashbacks, disconcerting locational jumps, or other disturbing phenomena common to dreams. You will actually visit the desired place, you will be able to walk about and even interact with objects. This ability to interact will cease whenever another person comes into perception range. This includes being watched by video devices etc. You will be invisible to others and will not be able to move, you will be in fact locked in position, as long as any other person will be able to perceive you, be it on the auditory, olfactory, or visual level. Therefore you will not be detected. You can either wait in that locked state until the person leaves perceptive range, or return by the method described above.
Copyright (c) 2017 by Torsten Slama and Gottstein Strohkopp

A Free Gift from the Schessmanweil Powers

March 17, 2010

In this way the open-airiness
Might have stirr’d the settled
To the dispatche of all,
For each half-slept or askant
State would have deceast as the
Recipient of a free gift from the
Schessmanweil Powers


The Herbert-Bayer-Memorial Power Plant

March 3, 2010

The Quasi-Euclidean Boibel-Loth

After two regional blackouts in 2017, The Western Systems Coordinating Instrumentality (WSCI) will institute guidelines to verify that, for grid connected generators, the stated data represents accurate information that could reliably be used in the dynamic modeling of the system. It will be of vital importance for the future of world-wide energy reliability to archive and catalogue all experiences with the applications of WSCI’s test guidelines to mid size units built and commissioned by independent power producers.

The above-illustrated “Quasi-Euclidean Boibel-Loth” is a novel design which addresses concerns with the excitation and voltage control systems and their limitations. It is an example of a generation unit connected at the end of a long line, and demonstrates variances associated with testing and operating under extreme conditions. The concerns and issues observed are of importance to IPPs beyond the WSCI’s system as many other reliability councils are adopting rules similar to those established by WSCI.