Emerging Physics for Novel Field Propulsion
Last month Dr. Jochem Häuser gave his talk at the Aerospace Museum of California on McClellan Air Force Base near Sacramento, CA. The topic of his talk was "Emerging Physics for Novel Field Propulsion". A full version of his supporting paper was co-authored with Dr. Walter Dröscher.
The paper reviews their novel concepts that might lead to advanced space propulsion technology based on gravitational-like force fields. In it they analyze the latest gravitomagnetic experiments performed at ARC Seibersdorf. They also discuss their re-interpretation of the general symmetry breaking mechanism leading to virtual particles of imaginary mass, which in turn, should be responsible for the conversion of electromagnetic into gravitational energy. They then go on to describe a novel experiment for the generation of a gravity-like field that could serve directly as a propulsion principle.
Largely this paper is a refined and succinct restatement of their current position with regards to Extended Heim Theory (EHT) and concludes with how best to advance the state of gravity-field like research and application. They state that, "...gravity-like ﬁelds most likely would lead to novel technologies in the general ﬁeld of transportation, and thus should be of major interest to the public and, in particular, to industry. In addition, these ﬁelds might also be usable in energy generation."
Also of interest is the mention of a shield effect by steel and multi-layer insulation (of the type used in spacecraft) that is predicted by EHT. One would surmise that the use of thin-layer materials such as MLI could then be employed to shield the effect selectively, producing a more easily manipulated and directed field.
Finally there is this mention, "Of even more practical importance would be the aspect of energy conversion from direct interaction between electromagnetism and gravitation or from employing gravity-like ﬁelds in nuclear fusion, for instance, in magnetic mirrors."
In that one statement lies the hint that their work continues in the exploration of deriving energy directly from the interplay of magnetic and gravity-like fields. This gives an indication that one or both are still pursuing a patent to produce a source of clean energy (see this entry).
In the past I have noted that a focused gravity-like field could be employed to separate materials much like an ultracentrifuge. I have also noted how this might have dire implications for nuclear proliferation if employed in the separation of transuranic materials. But Drs. Häuser and Dröscher extend the potential more benevolently by suggesting that gravity-like fields might be employed to achieve hot nuclear fusion and thus bring this almost unlimited energy technology closer to realization.
Hot fusion from application of gravity-like fields? Theirs is a wonderfully ambitious prognostication.