eternaltruth.net
What We Now Know
Copyright © 2008, E C Distributions
My
premise is simple and sincere. There are
no intentions of deceiving or misleading anyone with anything that is
not valid. My perspective is not to
present this knowledge in a way that it will be understood,
rather, that this knowledge be
presented in a way that it will not be misunderstood.
Being told what is presented herein is impossible,
by someone who has only been told by another someone it is
impossible, perpetuates the agenda of
those benefiting from its suppression.
Simplicity cannot displace willful ignorance.
Abstract
of What We Now Know
Reflect on Tesla's "Sparks" and the "aether," and Bedini's references label this Energy as of the "vacuum or Radiant Energy." The entire focus on what Tesla knew has only been observed and admired from a great
distance, as everyone has danced
around his fire without any
even rudimentary comprehension of what was causing the heat.
Give very serious
consideration to four basic, and factual, Tesla realities that were mysterious
and, thus, obscure.
Do
not lose sight of how the known and unknown have been twisted and
distorted. There is a very high Reluctance
(Inductive Reactance) when the Source Voltage's Density and
Intensity pressure begins to re-organize the (Copper's)
non-Magnetic Electron chaos, and the
chaos and the initial Intensity of this pressure creates a Transient Phase (or Inductive
Reactance).
What They Knew: An Inductor is
a Coil of wire that produces an Electric or Magnetic Field
when subjected to Current.
Consider
the formula: What
is VL's response when an initial R is perceived by
the Transient Phase as significantly raised,
and a differing Ground is shifted in? Examine very carefully the classical statements for What They Knew. It is notable, indeed, that there is no mention at all of the Transient Phase.
What We Now Know: We must set our "sights on science,"
not what psuedo science wishes we are
willing to accept. The Primary
Principle's Presentation is the Realm where the Transient Phase manifests when a Copper Coil's initial Reluctance results of Copper's
non-Magnetic (chaos) response to either a Mechanical or Digital Switch #1 controlled Electromagnetic Field's expansion and contractions to create VL's Spikes. The Secondary Principle's Presentation Realm is where Inversion
manifests when Resistance (EIR) and
Voltage (EIV) are Inverted for higher levels of Current Efficiency, and the
Transient Phase of this Secondary Principle's Diode Switch #1
controlled Electromagnetic Field's expansion and contractions also
creates VL's Spikes.
The second statement for What We Now Know should be: There are actually three differing kinds of Resistances (or Impedance) relative to Electrons, and the differences between the three types of Resistance are unique and intense: The OHMIC Resistance carries the traditional Voltage drops we are familiar with, and the resistive Reluctance of an Inductive Reactance within a Transient Phase of a conductive non-Magnetic material's chaos is represented by a significant increase in initial Voltage that is inversely controlled by Time, or t1. The third Resistance takes into account how the dynamic influence of Diodes has a Negative Impulse to create or amplify the number of Electrons in a Transient Phase. (A Self-sustaining Sequential Bi-Polar Ground Switching Spike Hz Electron Pump.) The Third and Fourth statements of What We Now Know would replace the classical What They Knew, and is: The Fifth
concept of Inductive
Reactance is
similar to Resistance,
Now Consider
the formula: What
is VL's response when an initial R is perceived by
the Transient Phase as significantly raised,
and a differing Ground is shifted in? Examine very carefully the classical statements for what What They Knew. It is notable, indeed, that there is no mention at all of the Transient Phase. Another aspect of "Resonance in a Transient Phase's
Timing" takes a deeper consideration for the amount of control available through electronic circuitry to choose each of your own two frequencies for even more profound effects.
The
VL Spike's Electron Energy expansion needs to be captured
immediately, before it Ghosts, and that
reality comes after Transient Phase B's Switch #11's "t1 OFF"
creates the captureable VL Spikes of Transient Phases B
and C. The Copper Coils' Electrons are
then reset to chaos after Switch #1's "t1 OFF."
It is of note the "Relaxation Phase"
is also instantaneous.
Reality unveils the “specific intensity of VL's Spike” is actually inversely proportional to the
negative Inductance divided by the product of the Coil's Amps multiplied by the length of the established Transient Phase's Time, or t1.
Now Consider
the formula: Generally, the “intensity of VL's Spike” is, for the most part, controlled by the length of t1's Time, which is measured from the beginning of “Switch #1's t1 ON Pulse” to the end of “Switch #1's t1 OFF Pulse.” There are two small influences of Transistor added V and Time from the type of Wave. The precise length of t1 is clearly used to establish the “exact Time (or speed) for Switch #1 and, thereby, t1 determines the magnitude of VL's Spike.” Circuit Resonance and Efficiency are mutually inclusive of one another.
Your
goal is a sufficient and Higher AVE DC
The
Transient Phase Simulation offers all
these highlighted Blue Reference
features. What
We Now Know About Switch #1
A "Transient Phase" is the Primary Principle of a unique Electron stage where a dynamic organizational reaction begins as Two dissimilar Elements' and/or Two frequencies Impulses are interacting to form an isolated, Battery like, Charge from the Two frequencies chaotic Impulses. Using a Spike Hz Electron Pump's Timing Control Circuit to establish a unique Electron stage where the repetitive Timing sequences of Transient Phases through a conductive non-Magnetic Coil's Winding's Inductive Reluctance and Reactance to the cyclically developing Magnetic Fields, and, when a concurrently controlled Timing of those developing EMFs' Transient Phases' collapses are both in concert to organize the Spike Hz Electron Pump's inevitable VL's Spikes, the results can be a dynamic event. Those who have sincerely not lost sight of what is and can be will have lights flashing in their heads and alarms sounding in their ears.
The challenge is to realize this Energy has always been here, and simply awaits both recognition and a path to capitalize on its presence. The Energy is manifest in any Transient Phase.
This dynamic Electron Density VL
increase may be included in a design which manifests a capturable Potential
Difference that is greater than the
initial Source V which created the VL Spikes;
this expression of FREE Energy being manifest when
a conductive non-Magnetic material's response to a developing Magnetic
Field as cyclical Instantaneous Voltage Transformation Potential
Differences are originating in an Inductive Electron compressions to
generate a series of instantaneous VL's that are
recognized, comprehensible,
predictable and controllable!
The
Efficiency of this Impulse Electron Volt Charge coming from your Spike hz Electron Pump is where the magic and mystery begins. A Spike hz Electron
Pump is not necessarily producing Power, and this fact removes both the magic and the mystery from the equation. This one simple and
unexpected reality suppresses any and all from continuing to defy the
reality of Tesla's claim.
Inductive
Reactance is the measure of an
Inductor's Resistance to any change in Current.
The
concept of Inductive
Reactance is
similar to Resistance,
except Inductive
Reactance always has a Voltage and Current phase shift,
and,
according to traditional thought, emits
no power.
The standard unit
of measurement for Inductive
Reactance is ohms (or the
Horseshoe).
Inductive Reactance is represented by the symbol XL
L is the Coil's Inductance and
Inductive Reactance's dimensional formula is given
by
XL
= M1
* L2
* T-3
* I-2
Its
mathematical formula is equal to
twice
the product of pi, frequency and L
Inductive Reactance's Formula
XL
= 2 * pi * f * L
VL = I * R
The very first statement for What We Now Know should be:
We now know a "Transient Phase" is the Primary Principle of a unique Electron stage where a dynamic organizational reaction (or Impedance)
begins as two dissimilar Elements' and/or two frequencies Impulses are interacting to form an isolated, Battery like, Charge. The "Transient Phase" occurs when a conductive non-Magnetic material's chaos is subjected to an Instantaneous Voltage and, thereby, induces a Magnetic Field.
An Inductor is
a Coil of a conductive non-Magnetic wire wherein a Transient Phase is produced when the Coil is subjected to an Electric Current or Magnetic Field.
Inductive
Reactance is the measure of an
Inductor's Resistance (or Impedance) to any change in Current.
A Coil's initial Inductive Reactance (or Reluctance or Impedance or Henry), at any point in Time, is equal to a VL's
Spike potential at
that same moment in Time divided by the
anticipated circuit AMPS, and, as Time moves rapidly on, Reluctance
is dynamically falling to restore Copper's normal chaos and
Resistance readings. Here, in the Transient Phase, we
find an intricate and dynamic relationship of
Inductive Reactance and a Coil's initial Reluctance (see
chaos, Hysterisis, Henry) wrapped in a specific Time
which allows a precise selection of a sufficient VL's Spike
(or AVE DC) Potential.
There are at least six differing classes of Frequency Responses relative to circuit manipulations of Electron signal interactions, and the differences between them are as crucial as the three listed types of Resistance are unique and these six Responses are no less intriguing: A Radio's receiver (#1) is designed to be tuned (or select) a Radio Frequency that is within the Radio's Band and is carrying a signal, and the second stage of a Radio's Tuner (#2) filters, or separates out, the intelligible audio. The speakers of a nice stereo (#3) take each channels' audio spectrum from an amplifier and isolates several ranges of Frequencies to deliver each Frequency's range to its channels' speaker with a more accurate response and, therefore, a higher quality audio experience. A Metal Detector (#4) operates at an established Frequency in its Coil, and when that Coil's Inductance interacts with differing types of metals, each differing type of metal Inductively contributes (or adds) its own Resonant Frequency to the Coil's Inductively established Frequency, and the type of metal is identified when the metal's own Resonant Frequency is filtered from the Coil's new Frequency/Resonance. A Bedini type Generator (#5) is a controlled mixing of two Transient Phase Frequencies, which produce more Electrons than are being consumed to power a load. A more Tesla like Spike Hz Electron Pump (#6), which also employs Transient Phases, may not only produce more Electrons at specific Frequencies than are being consumed to power a load, but can also create power (Voltage and Current) at specific Frequencies or Transient Phase Stages of inter-reactions. (A Self-sustaining Sequential Bi-Polar Ground Switching Spike Hz Electron Pump.)
except Inductive
Reactance always has a Voltage and Current phase shift,
and,
according to traditional thought, emits
no power.
The standard unit
of measurement for Inductive
Reactance is ohms (or the
Horseshoe).
Inductive
Reactance is represented by the symbol XL
L is the Coil's Inductance and
Inductive
Reactance's dimensional formula is given
by
XL
= M1
* L2
* T-3
* I-2
Its
mathematical formula is equal to
twice
the product of pi, frequency and L
Inductive Reactance's Formula
XL
= 2 * pi * f * L
Note: My research also reveals the prospect of Negative Current as a 4th dimension.
VL = I * R
Both
Principles' Efficient VL's Spike Transformations and all their subsets are
associated with the higher level Voltage of Lightning,
which originates when a conductive non-Magnetic material is subjected to
the cycling Transient Phases' higher Instantaneous Voltage
Transformation Potential Differences and,
thereby, these Timed,
repetitive Inductive Reactance's Transient Phases induce a
commensurately higher Average number of Electrons.
This dynamic, low Voltage
Inductive Transformation is reflected in Copper's (non-Magnetic) response to maintain an Electron Density
equilibrium as Electrons are being compressed in cyclical Transient
Phases controlled by Switch #1... and, wallah,
what exists when a circuit has been designed to accommodate
each requirement of a successful higher Potential Difference Density
Intensity of Electrons?
The
Electron Density VL increase may be designed to manifest a
Transient Phase's Potential Difference that is greater than the
initial Source V which created the VL Spike,
and this expression of FREE Energy has been developed by
a conductive non-Magnetic material's response to a developing Magnetic Field when cyclical Instantaneous Voltage Transformation Potential Differences are created in an Electron compression!
This
is why "Resonance and a sweet spot within the Transient Phase's
Timing" are so critical for success.
Resonance is found in allowing both the amount of Time required to create a Transient Phase and then the amount of Time required, after your Circuit's Electrons have been gathered (compressed), to find the non-Ghosted Electron Energy level needed to power and maintain the number of Electrons consumed by your Load. At any point, either before
Transient t1 Phase B or after t1's Electron compression, the Coil's
Electric and Magnetic Field's expansion and opposition are diminished
(or Ghosted). VL is chosen by
the t1 which delivers the AVERAGE DC Electron compression
required to sustain your Load Source's DC Electron demands.
VL = (-L / (dI * dt))
Now,
apply this VL Induced Density and Intensity Energy
increase as a Spike to the Inductive
Reactance created by the interactions of the atmosphere and Earth's
Magnetic Field (see In the Beginning There Were Spikes). Then, pause, and reflect
on the numerous charges I identified in the atmosphere,
focusing on the potentially exponential Inductive Reactance
influence more than one wire may have on producing VL
Spikes; and My Transient Phase
Simulation Users will be extremely pleased.
My Transient Phase Simulation is an amazing tool and an extremely
valuable tutorial for anyone who is seriously intrigued with either
or both Transient Phase's Principles, and wants
to comprehend the Premise of Tesla's concept as it is now known. The
Transient Phase Simulation will guide
its User in specific designs, saving Tinkerers time and resources by
accelerating a comprehension of Bedini's intended Tesla design before
spending money on an endeavor they may not be able to fully
appreciate. Even after building a functional North Pole Motor, My
Transient Phase Simulation is a magnificent
resource to explore even greater Efficiencies. The goal is VL Spikes. Higher VL Spikes bring Higher AVE DC. This remarkable resource will
intensely stun its Users with clarity as they come to appreciate the
breadth and depth of useful information it provides Tinkerers.
Having no guidance for that which each Circuit component
contributes towards the creation of VL Spikes is the cause
of Bedini's caution with respect to Battery explosions.
The following list reveals each VL Spike aspect My
Transient Phase Simulation offers to be
considered by the User before buying components and building or perfecting a Bedini North Pole Generator.
Another great resource My Transient Phase Simulation provides,
aside from assisting the User in designing and accurately
comprehending what each component contributes, literally
places a User in a position to analyze any other Bedini type design
by simply entering the known component
values from the Bedini type design in the Simulation.
The Simulation also assists with 555 and 556 Wave
calculations. The User can zero in on either
any Bedini type design's actual function or how the output would be
affected by any changes the User may make.
....A Higher AVE
DC requires either more and/or Higher VL
Spikes
........More
Drive/Collector Coil Inductance tenders Higher VL
Spikes and, therefore, a
Higher AVE DC
............Increase
B8, (see Wire AWG, Wire's
density)
............Increase B9,
(# Wires' / Winding (see Wire AWG, Wire's
density)
............Increase
Source's Voltage, K32, (see R8
and AMPs R12)
............Increase
E4, Core's Diameter (see surface
area)
............Decrease E5,
Coil's Height (see AWG, Wire's density)
............#
Drive/Collector Coil's TURNS
................Decrease
E8, Drive/Collector Coil's Turns (see
AMPs R12)
................Increase
E8, # Drive/Collector Coil's Turns (see
AWG, Wire's density)
............Increase
F28, # Drive/Collector Coils, (see Wire
AWG, Wire's density and VL Spike's Hz)
............Two
Drive/Collector Coil Windings K23,
amplifies Spikes
............Individually
wrapped Wires K24, may require more
Drive Coil Turns
............Exponential
Wires K26, Theory on # Wires Inductive
Reactance amplification
........Less
Time (t1, t2) precipitates a Higher VL
Spike Frequency
............Increasing
K25, K31,
Lowers Transistor response Time, (less t1)
............Decreasing
R1B, B35, Timer,
(less t1)
................Decreasing
R1B, (1K), relative to R2B,
(270K), balances the Duty Cycle (t1, t2)
............Decreasing
R2B, B36,
Timer, (less t1, t2)
............Decreasing
C1B, B38,
Timer, (less t1, t2)
............555
R2B Bypass Diode ON, D37,
Timer, (less t1, t2)
............Feedback
Diode ON, K27, Can double the frequency
of the Spike hz Pump VL Spikes, or more