Category:Tensor coil

From Catcliffe Development
Revision as of 10:12, 2 September 2024 by XenoEngineer (talk | contribs) (Created page with " ;From XenoEngineer's bucket list... '''Tension the tensile matter lattice, then modulate the tension with the duration of the quantum transitions founding tensile force, and if this is accomplished with a coil and pulse-patterns, then this coil would be a scalar coil, per se. The purpose of a 'tensor coil' is to dimple a 'tensor field' with continuous wave (CW) resonance (CWR), or create a transient effect, like pinging the fabric of reality. This term borrows f...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search


From XenoEngineer's bucket list...
Tension the tensile matter lattice, then modulate the tension with the duration of the quantum transitions founding tensile force, and if this is accomplished with a coil and pulse-patterns, then this coil would be a scalar coil, per se.


The purpose of a 'tensor coil' is to dimple a 'tensor field' with continuous wave (CW) resonance (CWR), or create a transient effect, like pinging the fabric of reality.
This term borrows from Wilbert B. Smith's name for the field generated by the Caduceus-winding on hollow ferrite of 14# solid copper, which he explored for resonance with power A.M. transmitter signals in the 1950s, as a Deputy Director of an ionospheric monitoring grid built by Canada.
'Tensor' refers to the tensor mathematics of Albert Einstein, inferring that Einstein's math could model the 'scalar phenomenon' examined to be a resonant loading on the temporal fabric of reality.
Podkletnov pinged reality loudly, he slammed the matter lattice of a spinning superconductor held at continuous RF resonance by an external RF field --with a 2 million volt discharge.  His beam anomaly was a transient scalar event.

Pages in category "Tensor coil"

This category contains only the following page.