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The Hyper Dimensional Resonator use an 115V AC electric current to generate the magnetic field. This is rectified to DC by six rectifier diodes and sent via a caduceus coil to a copper magnet wire wound around a soft iron core. It is my belief that the caduceus coil generates scalar waves.
Let's get back to our subject at hand: Trees as radiant energy collector
I would like you to have a look at the following:
Abstract --- An earth battery which includes afirst electrode which is a veined material located in the earth,(a tree for instance) a second electrode electrically connected to the surface of the earth and disposed in a hole which extends from the surface of the earth into the first electrode, an electrolyte disposed in the hole and in contact with the first and second electrodes, and means for electrically connecting the first electrode to the surface of the earth. A seam of coal is preferred as the first electrode. A method of mining metals located in the earth using the earth battery and a method of drilling holes in the earth are also disclosed.
Note: All these great discoverer have succeeded in reverse engineering Nature's work, and here we are trying to re-reverse engineer these great inventions in order to use Nature's Antennas to capture/transmit/converse/transport, and all it takes is the success of one experiment (a small Domino that is reproducible)- To you all Neo-Alchemist of modern times, you may not know it yet, but you are doing Nature's Work.
Replace the mobius with simple coil, put capacitor in mobius end, and lastly, try without any copper wire at all.
Will do...
note: what would you guys recommend for nonconductive strip, i was thinking electrical tape in several layers could make for some good insulating strip in the Mobius Resistance and for the conductive material maybe aluminum or just two copper wires
Actually, I had an epiphany, I just thought of the perfect conducting material and actually it is something scientist just found out about and you can reproduce it....
So for the Mobius Resistance, You'd Need:
Electric Insulating Tape
and GRAPHENE:
Not only is graphene the thinnest possible material that is feasible, but it's also about 200 times stronger than steel and conducts electricity better than any material known to man—at room temperature.
note: what would you guys recommend for nonconductive strip, i was thinking electrical tape in several layers could make for some good insulating strip in the Mobius Resistance and for the conductive material maybe aluminum or just two copper wires
Layering metal/insulation will do something else.
I think copper and aluminium will produce different effect.
As I was checking out Farmhand's experimentation , a question popped in my head, has anyone ever connected an oscilloscope to a tree and see what type of waveform it produces...Why you ask? Because if you can match that resonance/waveform , you'd be able to turn the tree into an antenna
also:
a couple of vid on Victor Schauberger: (it is in German, but watch the 1st vid starting at 8:00 min)
As you will see I love to come up with new experiments (sorry for the overload, just need to put it out there maybe someone could benefit from it )
Richard DAVIS
Non-Inductive Resistor
The Problem:
To develop an electrical resistor that has no residual mutual- or self-inductance at high frequencies.
The Solution:
A Moebius strip made of insulated resistive materials with electrical leads attached directly opposite one another provides a noninductive, nonreactive resistor which is simple, inexpensive, and flexible in usage, and can be made to almost any desired size and shape....
....Two ribbon conductors of equal length are affixed on opposite ends of a strip of dielectric. The assembly is then given a single twist and the ends are joined to form a Moebius surface. The ends of the conductors are soldered together and the resistor terminals are attached to the directly opposed solder joints. Current applied to the terminals will travel in opposite directions, so that the electromagnetic fields cancel each other, resulting in an essentially noninductive, nonreactive resistor with a low time constant. Bifilar wire may be used instead of resistive ribbon, eliminating the need for a center dielectric strip. Thin film conductors on flat surfaces can also be used to make Moebius resistors.
Two or more sets of resistive wire may be mounted laterally on the same nonconductive strip, with about 1/16-inch spacing, and connected to form multi-Moebius resistors in one unit. There is no change in the time constant of the individual resistors, nor does one in any way affect the operation of the others, even when they are assembled in parallel or series.
The performance of the Moebius resistor is unaffected by its form, size, or length. Once it is connected into a Moebius shape, it can be folded or around around a cylindrical core or a card, or even into a ball, resulting in compact packaging of the resistor for use in miniaturized circuits. The Moebius resistor does not couple to metallic objects, external fields, or itself. When the bridge is nulled the resistor can be handled or changed in form without disturbing the balance. The conductors must not be touched and the spacing between them must not be altered.
with:
Kelvin water dropper
The simplest setup for this is as pictured at right. A reservoir has two holes that drip water (or other liquid). The streams of dripping water each pass through a conducting ring (replace with one or two mobius strip), and land in a bucket. The buckets must be electrically isolated from each other and from their environment. Similarly, the rings must be electrically isolated from each other and their environment. The left ring is electrically connected with (wired to) the right bucket. And the right ring is wired to the left bucket. It is essential that each ring be placed around the point at which the stream of water passing through it first breaks into drops.
If the buckets are metal (conducting) the wires may be attached to the buckets. Otherwise, the bucket-end of each wire can just sit in its bucket, as long as it is contacting the water in the bucket.
We made it horizontal. We use copper pipe to twist the water output to counter clockwise rotation, then to use the output to make a big clockwise water vortex on a bucket with small hole in the middle. Some people who try this report effects usually associated to m-state.
Have you tried the Kelvin Experiment on your M state Water?
I would to introduce you to anther great Discoverer
Georges Lakhovsky
The Lakhovsky Coil
The content described experiments used to determine the origin of the life force. I was especially interested in the fact that back in the 1920's and 1930's machines were being developed which could heal with electrical oscillating waves and the manipulation of their frequencies. It was fascinating how Lakhovsky experimented on plants to determine what contributed to the development of disease in order to prove his theories.
He wanted to prove his theory that life giving radiation came from outside someone as opposed to the radiation coming from within. He developed an experiment using five plants and injected them with Cancer cells. He then waited until a cancerous knob grew on the sides of each plant. He then took one of the plants and put a copper wire around it with a dielectric stuck into the soil with the copper secured through the dielectric. He theorized that copper wire worked as a small oscillator. Within two weeks the plants without the copper wire had died. But, the plant with the copper wire around it was still OK. When he touched the Cancerous knob it fell off the plant. After a month the plant was totally healthy.
Other contributors to the Borderlands Handbook, such as Eric Dollard, Tom Brown, Peter Lindemann, Michael Theroux and Jorge Resines suggested circuit designs and materials that are probably closer to Lakhovsky's original equipment. The MWO Handbook is the best source of information that I'm aware of for building the Multi-Wave Oscillator. For more information about the MWO Handbook
After reading up in the Integratron, I learned more about the healing device called "Multiple Wave Oscillator" by Lakhovsky. It was a set of concentric circular antennas connected to a Tesla coil (high voltage generator). The various circular antenna segments would send out specific wavelengths of energy. Here is a modern implementation:
same test (kelvin experiment) could be applied here, drops of water passing through the open ends
if my instinct is correct, you could stack a bunch of Lakhovsky coils on a tree ;the gap following the spiraling water tube
weird coincidence:
just a reminder:
George O. SQUIER
Tree Antennas
a diagrammatic view of a preferred form of an arrangement of transmission sets embodying my invention.
Apparatus for using telephone-subscribers' loops for transmission and reception of broadcasting
SQUIER GEORGE O
EC: H04H1/08 IPC: H04H1/08; H04H1/04
US1742422
1930-01-07
Apparatus for effecting electrical signaling
SQUIER GEORGE O; LOUIS COHEN
EC: H04L27/06 IPC: H04L27/06; H04L27/06
US1608252
1926-11-23
Aerial attachment device for radiofrequency signal systems
SQUIER GEORGE
EC: H01Q1/46 IPC: H01Q1/46; H01Q1/44
Publication info: US1584197
1926-05-11
Electrical signaling
SQUIER GEORGE O; MAUBORGNE JOSEPH O
EC: H01F21/02 IPC: H01F21/02; H01F21/02
US1641608
1927-09-06
Apparatus for electrical signaling
SQUIER GEORGE
EC: H04B1/034 IPC: H04B1/034; H04B1/02
US1531629
1925-03-31
Improvements in the Art of Telegraphy
SQUIER GEORGE OWEN; AUSTIN LOUIS WINSLOW
EC: H04J1/00 IPC: H04J1/00; H04J1/00
GB108763
1917-08-23
Improvements in the Art of Electrical Signalling
SQUIER GEORGE; AUSTIN LOUIS WINSLOW
EC: H04J1/00 IPC: H04J1/00; H04J1/00
GB108230
1917-08-02
Improvements in Duplex and Multiplex Telegraphy
SQUIER GEORGE; COHEN LOUIS
EC: H04J1/00 IPC: H04J1/00; H04J1/00
GB103771
1917-02-08
Combined sound and light distributing apparatus
SQUIER GEORGE
EC: F21V33/00; H05K11/00 IPC: F21V33/00; H05K11/00; F21V33/00 (+1)
US1999579
1935-04-30
Radio signaling apparatus
SQUIER GEORGE
EC: H04B3/56 IPC: H04B3/56; H04B3/54
US1791541
1931-02-10
Improvements in or relating to Receiving Systems for Radio Telegraphy or Telephony
SQUIER GEORGE
EC: H01Q1/46; H04H1/04 IPC: H01Q1/46; H04H1/04; H01Q1/44 (+1)
GB191417487
1914-11-19
Improvements in or relating to Radio-telegraphic and Radio-telephonic Receiving Systems
SQUIER GEORGE
EC: H04M11/06 IPC: H04M11/06; H04M11/06
GB191403191
1915-02-08
Improvements in or connected with Multiplex Telephony and Telegraphy
SQUIER GEORGE
EC: H04J1/00 IPC: H04J1/00; H04J1/00
GB191030003
1911-12-27
Improvements in or relating to Receiving Systems for Radio Telegraphy or Telephony
SQUIER GEORGE
EC: H01Q1/46; H04H1/04 IPC: H01Q1/46; H04H1/04; H01Q1/44 (+1)
GB191417487
1914-11-19
Improvements in or relating to Radio-telegraphic and Radio-telephonic Receiving Systems
SQUIER GEORGE
EC: H04M11/06 IPC: H04M11/06; H04M11/06
GB191403191
1915-02-08
Improvements in or connected with Multiplex Telephony and Telegraphy
SQUIER GEORGE
EC: H04J1/00 IPC: H04J1/00; H04J1/00
GB191030003
1911-12-27
Improvements in or connected with Telegraphic Apparatus
CREHORE ALBERT CUSHING (US); SQUIER GEORGE
GB189919867
1900-10-03
Improvements in Telegraphic Apparatus
CREHORE ALBERT CUSHING (US); SQUIER GEORGE
GB189918980
1900-09-20
Improvements in Telegraphic Apparatus
CREHORE ALBERT CUSHING (US); SQUIER GEORGE
GB189917722
1900-09-01
Improvements in Submarine Cable Telegraphs
CREHORE ALBERT C (US); SQUIER GEORGE
GB189823556
1900-02-08
Method and apparatus for using telephone subscribers' loops for transmission and reception of broadcasting
SQUIER GEORGE
EC: H04B3/56; H04H1/04 IPC: H04B3/56; H04H1/04; H04B3/54 (+1)
FR644877
1927-10-16
TELEPHONE AND BROADCASTING SYSTEM
SQUIER GEORGE
CA285479
1928-12-11
HIGH FREQUENCY CURRENT SIGNALLING
SQUIER GEORGE
CA244330
1924-11-11
ELECTRIC SIGNALLING SYSTEM
SQUIER GEORGE
CA233299
1923-08-07
TREE TELEPHONY AND TELEGRAPHY
SQUIER GEORGE
CA232487
1923-07-03
with the knowledge we have today i think we can improve on GEORGE SQUIER's invention
wouldn't it be awesome to talk to your family using a tree
doc on plant's strength (i would recommend you watch the whole doc, but i don't know if you have the patience of sitting through a doc in french) just watch from 5:00 min to 6:00 min pay attention to the wave like shapes
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