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  #2701  
Old 08-26-2018, 03:13 AM
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The Story of Steinmentz .pdf

https://ethw.org/w/images/f/f9/Stein..._steinmetz.pdf
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  #2702  
Old 08-26-2018, 07:52 PM
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Exclamation A Realistic Speculation of Tesla's EV Conversion of a Pierce-Arrow in 1931

I certainly can't say that I know what happened. But I'll speculate that Tesla's purchase of 12 radio tubes and some wire in a Buffalo, New York, electronics shop was to hide what really went inside his mysterious box: a bank of parallel capacitors precharged overnight at his hotel room with whatever voltage he needed to provide sufficient torque to run the A/C motor in his EV conversion of a 1931 Pierce-Arrow weighing in at over four thousand pounds. That's what my simulation suggests to me.

Two LMDs whose surges are thwarted by 6V Batteries

The remainder of the circuit merely supplies current dominating over voltage as the byproduct of a surge which can escalate towards infinite gain and at a rate which could become explosive if it were not for the six volt batteries acting as anchor weights on a 85% clocked duty cycle. Any voltage source is also a voltage regulator. Especially A/C voltage sources since they're already regulated as a sinewave. D/C voltage sources have no waveform. So, they tend to create surges (parasitic transients) more readily than do A/C voltage sources.

I wish I knew why simulators can exhibit parametric oscillations despite our lack of formal education on this topic for this is where 'overunity' and 'free energy' occur from. I have yet to see any instance that suggests otherwise.

It is this lack of information that leaves people to speculate, sometimes wildly, why free energy can exist at all. Certainly, the reactive nature of capacitors (in particular) suggest a reason for the birth of new terminology, such as the word: "radiant" energy.

Except for the stress which reactance imposes on a circuit's components, energy is truly free in that its ultimate source and goal is itself. In other words, energy comes from itself whenever it is synthesized and returns to itself whenever it decomposes. This would explain why energy can seemingly appear from out of nowhere or disappear into nowhere when in reality it doesn't have to go anywhere. It's already here and stays here, omnipresent, throughout all of Creation.

Decomposition must not be confused with thermodynamic losses for the latter is merely the transfer of energy from one location to another. Decomposition is not a transfer; it is a convergence of energy into a singularity reducing the quantity of energy available. Likewise, synthesis is a divergence out of singularities spawning multiplicities of energy.

So, energy is never created nor is it destroyed. It is always with us. But we must recognize a game of charade ensues whenever we consider the flexible nature to energy's quantity. This is mathematically modeled by the cardinal sets of infinite series designated by the first letter of the Hebrew alphabet: Aleph. Aleph allows for singular infinities becoming multiple entities in which each infinity is unique with its own identity.

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Old 08-27-2018, 06:22 PM
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  #2704  
Old 08-31-2018, 09:26 AM
Marcus Neuhof Marcus Neuhof is offline
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Quote:
Originally Posted by aminnovations View Post
Hi,

I am very happy to be attending the 2018 conference! I have wanted to attend for many years but there have always been other responsibilities calling on my time. Finally I am able to come and looking forward to meeting everyone, all the discussions, and presentations.

I have also at last started to write-up some of my own work in a blog website. It is just the beginning, and a lot of material and experiments yet to be added, but it is work in progress, and good to finally be sharing my own work.

For those interested the link is:
AMInnovations | Research into the displacement and transference of electric power

73,
Adrian

Adrian,

I am slowly digesting your excellent work on the characteristics of the flat coil. You are to be commended on the thoroughness and rigour with which you have conducted your experiments and the level of detail and clarity with which you have documented them.

(One quibble: Your photographs of the HP VNA screen occasionally demonstrate camera shake, and are off-axis, indicating that an inexpensive tripod might be worth adding to your laboratory equipment. See also: https://www.eevblog.com/forum/projec...oscope-camera/ and https://hackaday.com/2013/08/06/benc...oscilloscopes/ )

The cleanliness and elegance of your set-up is also superb. I have visited engineering laboratories at multi-billion dollar corporations which were less well kept than yours!

Your illustrations of the manner in which the primary and secondary coils simply will not resonate at identical frequencies is fascinating, and a phenomena which has not been well discussed in the material posted to this forum so far.

Some questions:

On this page: Flat Coil Impedance - Part 2 : VNA measurements | AMInnovations

You state that:
"It is also conjectured that the initiation of a displacement event requires a non-linear trigger within the system being tested whether that originates from the generator, the coils, or is stimulated as a response (pulled by) the load."

The phrase "non-linear trigger" seems to imply a transient voltage fluctuation (e.g as produced by a spark gap). Can you clarify whether this is what you intended to say?

Additionally, you speak repeatedly of a "displacement event", but have not (yet) explained what this might mean in practice.

It seems logical to assume that such a "displacement event" has previously been demonstrated in an Eric Dollard video.

One helpful way to illustrate your meaning might be to provide a link to a YouTube video showing this event. In the event you are not familiar with YouTube's interface, it is surprisingly easy to cite particular points in time for a given video.

By way of example, if I was interested in showing the part of the "Tesla's Longitudinal Dielectricity" video where Eric shows the effect on foil strips, 21:18 into the video, I would proceed as follows:

1) Navigate to the point in the video where this occurs

2) Click the "SHARE" text under the video, located to the right of the Thumbs Up / Thumbs Down

3) Check the box next to the text "Start at 21:18" (or any other desired time)

4) Copy-and-paste the generated video link:
https://youtu.be/3uXL4_Yas2k?t=21m18s

(The "Embed Video" option provides similar functionality for pre-determining a start-at point)
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Old 09-16-2018, 10:04 PM
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Arrow 2018-08-13 Eric Dollard live call recording

Recording of live Q & A call with Eric Dollard on his latest presentation, History, Theory & Practice of the Electrical Utility System.


Some of the topics that you will learn about on this call include:
  • Faraday’s Tubes
  • How the Faraday Tubes creates magnetism in a permanent magnet
  • Faraday Tubes in relation to the Lakhovsky MWO
  • What Zero Sequence Currents Are
  • The massive amount of ground currents caused by the degenerated grid
  • How and why you could be shocked from the neutral in electrical systems in homes or businesses
  • How AC is not sine waves anymore but are very dirty and distorted all across the country
  • EMP vulnerabilities of the grid
  • How to protect your electrical system with isolation transformers
  • Frequency ranges for receiving telluric signals and how to build your own simple receiver
  • How magnetic flux in a transformer is longitudinal

2018-08-13 Eric Dollard Live Call Q & A on History Theory & Practice of the Electrical Utility System - A & P Electronic Media
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  #2706  
Old 10-09-2018, 10:44 PM
aminnovations aminnovations is offline
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Quote:
Originally Posted by Marcus Neuhof View Post

You state that:
"It is also conjectured that the initiation of a displacement event requires a non-linear trigger within the system being tested whether that originates from the generator, the coils, or is stimulated as a response (pulled by) the load."

The phrase "non-linear trigger" seems to imply a transient voltage fluctuation (e.g as produced by a spark gap). Can you clarify whether this is what you intended to say?

Additionally, you speak repeatedly of a "displacement event", but have not (yet) explained what this might mean in practice.
Hi Marcus,

Firstly my apologises for the long delay in getting back to you, I have been very busy in so many different areas of my life recently, and have not logged onto the forum for some time.

Thank you for your support of my work so far, and I agree about the VNA "camera shake", some of those were taken by hand and not with the tripod , I will rectify this in the future . Somewhere I am reminded that Tesla stated that every experiment whether it be theoretical or practical should be undertaken, implemented, and experimented to the very best of our ability, which for me translates to an impeccable experimental design and implementation that demands attention to detail in every respect, which in turn brings forth exacting measurements, and a clarity of thinking and interpretation of the results.

Your key question is by no means easy to answer, as the conjecture I made is based on how I have come to understand some of the differences between displacement and transference. Displacement is exceedingly difficult to measure directly with the electrical equipment commonly available to us in the lab, although the effects of displacement on form can be readily observed under the correct conditions e.g. as with the movement of foil strips near to light bulbs, compression of oil in a tube, emission of light without heat from a bulb, and ultimately the one we are all working towards measuring, all (or more) power from the generator used productively in the load at any distance.

This is why I have studied the flat coil so carefully so far, that is, to understand how to bring the generator, transformers, and loads into a harmonious balance where the electric and magnetic fields of induction are balanced, equal, and in a state of dynamic rest, a state of equilibrium where the system is as "matched" as is humanly possible, which requires geometry, material properties, electrical parameters etc. From this steady state a non-linear trigger is something that forces the electric and magnetic fields of induction out of balance with such ferocity that equilibrium cannot be restored through normal process of electrical transference e.g. the changing of voltages and currents either in or around the conductors and the dielectric of the circuits. In this non-linear state I conjecture that a new phenomenon is called into play to re-balance the equilibrium of the system, as if the system cannot be balanced firstly by an electrical transference (an incoherent dynamic), then it must be balanced by a displacement event (a coherent dynamic). Ultimately balance, (the steady state), must be restored in the circuit, the mutual “need” of the load and the generator must be matched.

So, as you say, the non-linear trigger could be a transient voltage or current fluctuation produced by a spark gap, but the displacement event is so short as to be essentially un-measureable with common equipment, before transference takes over and dissipates the effect of the discharge as electric voltages and currents, electromagnetic radiation, heat, and light. However, the spark gap does introduce enough non-linearity that we could observe the effects of displacement on material forms. It would be much better, and this is what I am working with at the moment, to hold-off the dissipation by transference, that is, to attempt to expose the displacement event for as long as possible. I am currently working with a vacuum tube in series with the single wire conductor to prevent dissipation of an impulse and try to hold the non-linear event for as long as possible. More on this when I have some results, and very interested in your thoughts and observations on these topics.

I have thought to make some videos of the work so far, this will probably be work in progress, and I also need to get back to writing-up the work. There is still so much that has been experimented that I have not yet collated, analysed, or even started to get near understanding yet.

73,
Adrian
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  #2707  
Old 10-10-2018, 02:05 PM
Marcus Neuhof Marcus Neuhof is offline
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Hi Adrian,
Quite understood that you've been busy, and looking forward to your new publications when they come!

To clarify, when you say displacement, I assume you are referring to displacement current.

A simple approach for measuring displacement current in condensers is presented here:
http://iopscience.iop.org/article/10...6/5/055048/pdf
See also: https://physics.stackexchange.com/a/348620

Naturally, this assumes the "displacement current" of Maxwell is indeed what we want to measure. This may not necessarily be the case.

Your theoretical model of assembling a delicately orchestrated harmony and then smashing it to pieces with a lightning bolt in order to exploit theorised external corrective forces is very interesting.

I am not sure if this is consistent with how Tesla understood things, but that's no cause for discouragement. Either you're right or you're not, the experiments will tell soon enough.

When you say that "...the displacement event is so short as to be essentially un-measureable with common equipment, before transference takes over and dissipates the effect of the discharge as electric voltages and currents..." this would seem to imply the 'displacement event' is a non-electrical or perhaps even non-physical phenomena.

Have you already obtained experimental evidence for this conclusion, and if so, what did you find?

Measuring very high speed electrical transients, on the other hand, is much easier than it was in Tesla's day.

In fact, it seems unlikely that his original research would have been based on events which are too fast or too short to measure with modern equipment: today we can measure transients with picosecond duration, but generating them requires microwave-design style considerations where geometry and materials are concerned.

On the other hand, it seems unlikely the "brass and wood" approach of Tesla's day would have permitted similar speeds *assuming he was working with the same "stuff" in an electrical sense*.

Eric Dollard has referenced the Tesla mercury switch as the "ne plus ultra" of transient switching devices. Here is Tesla's patent: https://teslauniverse.com/nikola-tes...uit-controller

I am curious to hear more about your experiments with a vacuum tube in series with the wire. How do you suppose transference works? Why would the addition of a vacuum tube prolong the lifetime of a displacement event?

As to the subject of producing highly non-linear triggers:

Eric Dollard has frequently referenced the Steinmetz "Transients" chapter on lightning arrestors, which depicts a series of brass balls forming a distributed spark gap.

As it happens, one of the (modern) techniques for the production of very fast transient impulses is the Marx generator, which uses precisely the same geometry. See e.g http://przyrbwn.icm.edu.pl/APP/PDF/115/a115z604.pdf

Particularly when equipped with a pulse forming network (e.g a peaking capacitor) at the output these devices are capable of producing transients with 300ps rise times at repetition frequencies above 300Hz. For example: http://przyrbwn.icm.edu.pl/APP/PDF/115/a115z644.pdf

It has been observed by other experimenters that an erected Marx generator, when charged through inductances rather than resistances, is eerily similar to Eric Dollard's "analog computer".

However, even the fastest repetition rates achievable by Marx generators are likely well below that of Tesla's rotary mercury switch, even if they are likely able to produce sharper transients.
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  #2708  
Old 10-26-2018, 03:06 PM
aminnovations aminnovations is offline
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Displacement and Transference

Quote:
Originally Posted by Marcus Neuhof View Post
When you say that "...the displacement event is so short as to be essentially un-measureable with common equipment, before transference takes over and dissipates the effect of the discharge as electric voltages and currents..." this would seem to imply the 'displacement event' is a non-electrical or perhaps even non-physical phenomena.
Hi Marcus,

Thank you for the all links, I have not seen some of them before, and particularly on measuring Maxwell’s displacement current in a capacitor. I want to study and absorb this one some more, and then try out this technique experimentally at RF frequencies.

Your questions about the meaning I put to displacement is so central to my research that I have decided to clarify what I mean by this on my website. I have added a Part 1 post on displacement and transference which will introduce what I mean by those terms and how I see them in my research. There will in time be subsequent parts, and linked as you say, directly to experiments and the results of these experiments.

The link to the page is:

Displacement and Transference - Part 1 | AMInnovations

I look forward to your thoughts and considerations on this topic.

Best wishes,
Adrian
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  #2709  
Old 11-11-2018, 03:23 PM
Marcus Neuhof Marcus Neuhof is offline
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Hi Adrian,
That is a very thorough explanation of your thoughts. Thank you for taking the time and effort to write it.

You seem to feel that there is something in nature that results in the hiding of displacement by default:

Quote:
The mechanism of displacement is revealed in action when the continuity of the need of the circuit to re-balance to the steady state is disrupted or held-of, and cannot in the moment be addressed by the process of transference. In this case the mechanism of displacement is called-forth, and whose action on the form can be observed, and is usually characterised by an injection of additional energy required to initiate the re-balance (speed-up) the process of transference.
According to this theory, the only means of bringing about displacement events would be through the creation of circumstances which preclude transference.

Does this not run contrary to the design principles of the Tesla Magnifying Transformer?

The TMT would seem to balance the electric and magnetic fields of induction not through the creation of transients but through the careful control of the circumstances under which those fields are created.

As a whole it seems that while the Tesla example of the DC dynamo and the railway tracks may demonstrate displacement, there is nothing about that example to suggest it describes the primary or only means of producing displacement.

All these things aside, I look forward to the results of your experiments!
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Old Today, 12:04 AM
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Arrow The electrical utility in a digital age engineering report nve-1

THE ELECTRICAL UTILITY
IN A DIGITAL AGE
ENGINEERING REPORT
NVE-1
EPD LABORATORIES, INC.
1. INTRODUCTION
2. THE ENGINEERING DILEMMA
3. THE SITUATION, THEN & NOW
4. THE GENESIS OF THE HARMONIC PROBLEM
5. Wye CONNECTION OF TRANSMISSION SYSTEMS
6. THE ELECTRIC UTILITY IN THE ELECTRONIC AGE
7. THE ELECTRIC UTILITY IN THE DIGITAL AGE
8. EPILOGUE


(1) INTRODUCTION

Presently, much discussion exists regarding the proliferation of harmonics in the electric utility system. Moreover, the susceptibility of this system to damage or destruction from a well-positioned nuclear E.M.P. is a subject of great concern.

Such problems are not necessarily intrinsic to the process of electric transmission and distribution, but only present themselves when certain configurations exist within the electric utility system. Paramount in any transmission or distribution system is that such system must be a closed system, that is, the electromagnetic boundary condition must be maintained to the highest practical degree. This assures that the entry or exit of extraneous electric forces is minimized.

Presently, with regard to the electric utility system, the electromagnetic boundary condition is being violated in two ways;

1) By the ubiquitous employment of Wye to Wye connected transmission and distribution transformers, and related load configuration.

2) Through the extension of a common neutral connection throughout the entire electric utility system.

The widespread and enforced adoption of these practices has rendered the electric utility system an open system, or in other words, an antenna system, one of unprecedented proportions. The consequences must be obvious.

It is the objective of the following series of engineering reports to re-establish a fundamental understanding of polyphase alternating current, then apply this understanding to the analysis of the situation as it exists today with regard to the electric utility system.

(2) THE ENGINEERING DILEMMA

Electrical engineering in the digital age has taken a turn into the abyss. The engineering foundation so well established through the efforts of Arthur Kennelly, Charles Steinmetz, and other notables, has been outright abandoned. Engineers have been replaced by software technicians, and accordingly the electric utility system has become a morass of harmonics, parasitic oscillations, and stray currents. This malady is presently being carried out with deliberation, and moreover, being made law.

(3) THE SITUATION, THEN AND NOW

Kennelly once remarked that a properly designed three phase power system contains no significant harmonics. This may have been true in the era in which Kennelly lived, but presently the proliferation of harmonics in the electric utility system is rampant. In the manner of Oliver Heaviside, one may ask; If harmonics are a problem, then why allow them to begin with. The child exclaims, "The Emperor wears no clothes"!

In the early electrical age, the principal customer loads were the incandescent lamp of Thomas Edison, and the induction motor of Nicola Tesla. Neither were a source of significant harmonics. What harmonic content did exist was neutralized by the Delta connection of apparatus windings.

The concurrent development of long distance telephone served as a check upon the harmonic content of the electric utility system. In this era the long lines were of open wire construction and utilized voice frequency transmission, both of which are susceptible to power system interference. This situation led to the establishment of an administrative agency to co-ordinate electromagnetic compatibility between power and communication companies.

(4) THE GENESIS OF THE "HARMONIC PROBLEM"

Two principal factors led to the harmonic situation as it exists today in the electric utility system. One was the gradual adoption of a Wye connection of apparatus windings and load configurations, another was the increasing use of fluorescent lighting as a replacement for incandescent lighting.

The general use of a Wye connected transformer configuration grew out of the need to expand the load capacity of existing distribution systems to meet the ever-increasing demand for electric light and power. Delta to Wye system conversion allowed for a 173 percent increase in capacity while retaining the original transformers. The only additional requirement in this conversion is the system-wide installation of a fourth conductor, or system neutral. An additional benefit derived from the neutral was that the system could be referenced to Earth potential without the need for auxiliary apparatus, as was necessary in a Delta connected system.

The dominance of the Wye connected load grew out of the proliferation of large office complexes. The enormity of their lighting systems required a shift from the Edison three wire system to a Wye connected four wire configuration, this in order to provide a good phase balance to the electric utility providing the power for illumination. A significant penalty for this conversion is that while the Edison system suppresses the harmonics, the Wye system reinforces the harmonics.

The large-scale generation of harmonics began when the fluorescent lamp replaced the incandescent lamp in these large office complexes. The fluorescent lamp and its reactance ballast are a prodigious source of troublesome harmonics. Ultimately such a load should be Delta connected in order to suppress the proliferation of these harmonics into the electric utility system. However, such connection requires two pole rather than one pole switching and circuit protection devices, which increases the cost of installation.

In the electric age the primary windings of the distribution transformers supplying electric power to these lighting systems were typically Delta connected. This prevented entry of the harmonics into the electric utility system. The penalty was to be increased transformer heating.

(5) WYE CONNECTION OF TRANSMISSION SYSTEMS

The widespread adoption of Wye connected electric utility systems can be attributed to the efforts of the rural electrification administration, R.E.A. Here the objective was to significantly reduce the cost of delivering electric power to the more remote areas of the United States. Through the employment of the higher transmission voltages for the purpose of distribution, the "copper" cost was greatly reduced. Because no transformer was required to step down this transmission voltage to a distribution voltage, the cost of a distribution substation was obviated. The penalty for this practice was that the transmission system must also be Wye connected.

Another cost savings measure adopted by the R.E.A. program was the implementation of a multiple grounded neutral throughout the entire system. This neutral was made common to both the high side and low side of the distribution transformer, effectively bypassing the transformer. This practice significantly reduced the insulation requirements on an otherwise high voltage system. The penalty for this practice is the exposure of the customer to primary neutral transients, and difficulty in ground fault protection.

The practices instituted by the R.E.A. program significantly enhanced the ability of the resulting electric utility system to interfere with other services. Inevitably, what saved the power company money cost the phone company money, and endangered the customer.
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  #2711  
Old Today, 12:05 AM
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Arrow NVE-1, cont.

(6) THE ELECTRIC UTILITY IN THE ELECTRONIC AGE

As society moved from the electrical age into the electronic age the situation of the electric utility system began to deteriorate. In the electronic age an ever-increasing proportion of the load presented to the electric utility system was to involve the conversion between the alternating current used for light and power and the direct current used for electronic devices. The conversion between A.C. and D.C., rectifiers and inverters, is verily a condition of "forcing a square peg into a round hole". Accordingly, this process engenders a plurality of troublesome transients, particularly those associated with the silicon-controlled rectifier (S.C.R.), which ultimately spelled disaster for the electric utility system.

The harmonic malady was propelled forward by a shift in reasoning, this from the established viewpoint of electric transmission as an electromagnetic boundary condition (Maxwell-Heaviside), to the modernistic viewpoint of electric transmission as an electronic current (Lorentz-Einstein). In the modern viewpoint electricity was no longer propagation in the space enclosed by the transmission conductors, but the notion is that electricity is propagated within the transmission conductors themselves. Accordingly, in this view, the space surrounding the transmission conductors is void of any electrical activity. This mindset has made impossible any understanding of electric transmission and has sent electrical engineering back into its dark ages when electricity was regarded as a material substance.

(7) THE ELECTRIC UTILITY IN THE DIGITAL AGE

The electric utility in the digital age has arrived at a situation where all deleterious factors have merged into a common motive. Nicola Tesla would say "Commercial Enterprise has out-run technical competence".

The vanguard is the ubiquitous eradication of the Delta connection of apparatus windings and load configurations. The entire electric utility system is undergoing a retrograde conversion, from what was an interlocked triple phase system, into a trio of independent singe phase systems. Moreover, the primary and secondary windings of all transmission and distribution transformers are being bonded together at their neutral points. This effort effectively bypasses the transformers, hence creating an extensive metallic pathway for the propagation of harmonics, oscillations, and disruptive transients.

In this digital age the load presented to the electric utility system is of a disruptive discharge nature. All contemporary power conversion methodologies employ the integration of switching transients in the conversion process between the utility system alternating current and the electronic (silicon) device direct current. In general, a true A.C. load is becoming non-existent.

It is the intrinsic nature of such transient waveforms to excite oscillations into the electric field surrounding the various transmission and distribution structures. These in turn intensify the already problematic harmonic waveforms. Moreover, the interaction of these electric oscillations with the semi-conductor devices results in a barrage of spurious frequencies. The plurality of these parasitic oscillations tend to merge into a unified oscillation through the common neutral connection, giving the ability to distribute interference on an unprecedented level. This situation alludes to electronic warfare, where consumer devices of foreign manufacture can be regarded as a "Trojan Horse".

It has become evident to many that the aforementioned condition has created an unprecedented level of radio interference, particularly in the A.M. broadcast band. However, unlike the era of long distance telephone, no administrative agency exists to ensure electromagnetic compatibility in this digital age.

(8) EPILOGUE

It is important to recognize that the ultimate root of the problem here defined is sociological, not technological. The situation today resembles in many ways that which existed at the onset of the dark ages, when the first theory of relatively announced that the Earth is the center of the universe, a notion brutally enforced by the corporate church.

Accordingly, any attempt toward remediation of the electric utility situation will be met with fierce opposition and nothing will change for the better. Such is the fate of the human species, it is written.


-------------


The above report is related to the presentation History, Theory & Practice of the Electrical Utility System by Eric Dollard: History, Theory & Practice of the Electrical Utility System by Eric Dollard
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