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  • Aaron
    replied
    NEW TELEPORTATION VIDEO - ONLY FOR THOSE WITH A SENSE OF HUMOR

    With all the insanity that has spread across this nation, a good laugh is in order. https://emediapress.com/2020/09/22/t...demonstration/

    Leave a comment:


  • Aaron
    replied
    NEW FREE VIDEO WALK THROUGH OF THE COSMIC INDUCTION GENERATOR - PART 2 AVAILABLE NOW

    We already sent you a link to the video about the Cosmic Induction Generator that we're working on, which is more like a Universal Tesla experimentation system because it is very versatile and can do a lot of different things. That was explained in the first walk through video.

    In this new video, we show you how far we've come in a relatively short period of time - on this website, there is both Part 1 and Part 2 videos and if you didn't watch the first one yet, I'd recommend watching both in order or you will miss out on a lot of information. You'll see in both videos that Eric is truly a genius engineer who cooked this all out of his head based on what I told him I wanted and it all came together perfectly. We're 90% done with the first rack but take a look: https://emediapress.com/2020/09/09/c...enerator-2020/

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  • aminnovations
    replied
    Hi Marcus,

    Originally posted by Marcus Neuhof View Post
    How is this done in coils? I am generally familiar with the use of graduation in e.g microwave antenna theory to provide smooth impedance transition from the 50-ohm line to 377-ohm free space impedance, but the coil-wire-ground-wire-coil system does not seem to admit of much opportunity to provide gradual impedance transitions between the components.
    For the ground system a better low impedance match can be achieved by using a tuned circuit, although of course this is selective with frequency and has to be re-tuned if the operation frequency is changed. This is the same principle as some artificial RF grounds used in amateur radio, where the reactance is tuned out leaving only the series resistance of the wire used as the ground connection. Rather tricky to setup, but improves the low-end connection.

    I am looking forward to your further publications on this topic. In particular since our earlier discussions concerned the necessity of disruptive excitation in producing this class of phenomena, but you appear to have observed it with what I assume is continuous wave excitation.
    I am planning to do a major study on transference of electric power in the mid and far-field region, including Telluric, over the coming winter and into early spring next year. I have a new substantial ground system in place, and the impedance of this system is lower in the winter months when the ground is heavy with water, and the water-table is much higher. I will be working with linear sinusoidal and impulse excitation and comparing the results and measurements. I will shortly be posting a new experimental article on the website on High-Efficiency Transference of Electric Power which looks at power transfer efficiency using a linear amplifier in the close mid-field region, and this is really the starting point for a more detailed investigation with the transmitter and receiver positioned at increasing distance from one another.

    Temporal and spatial coherence being a property associated with sine waves, you are saying this phenomena disappears when the coil is excited with a disruptive discharge? Or is it that the coil's transformation of the disruptive discharge into a sine-shaped waveform which is a precondition to the observed phenomena?

    Additionally, I am somewhat confused by your characterisation of the dielectric and magnetic fields "acting ... in displacement" since it was my understanding that displacement is a dielectric phenomena.
    What you are calling “disruptive” here is really a highly non-linear impetus, or impulse applied to the system. The point of this impulse is to establish a tension in the system which cannot be balanced or brought into equilibrium through the process of transference. Under these conditions the underlying process of displacement must act in the system, as natural processes always appear to strive for a state of dynamic balance. If displacement did not act under these conditions then we would arrive at a life-destructive condition, that if allowed to continue would simply tear apart the underlying fabric of the system. Instead displacement re-balances the system by advancing, (or accelerating if you like), the dielectric and magnetic field of induction to the correct relationship and proportion for equilibrium.

    Displacement as an underlying process can do this because of the undifferentiated (unseparated), nature of the fields of induction which inherently are spatially and temporally coherent. In contrast the disruptive discharge is in itself a state of transference with many phase relationships between many frequency components, but is also a non-linear one that applies considerable tension to the system. Displacement is a process that underpins transference, and is inclusive, coherent, and involves the undifferentiated dielectric and magnetic fields of induction, whereas transference deals with the differentiated induction fields. When displacement is called forth into a non-linear system certain phenomena are generated including radiant energy, which I treat as an emission from a displacement event. The displacement I am referring to here is not simply a dielectric phenomenon, (which on its own belongs to transference), but rather a totally coherent relationship between the undifferentiated fields of induction, both spatially and temporally.

    Best wishes,
    Adrian

    Leave a comment:


  • Aaron
    replied
    AUDIO MODULATOR for our universal Tesla system is about 90% complete. More details in a video coming soon. In simple terms, this rack is a high voltage audio amplifier...highly specialized one built Navy spec. Building something like this mostly from scratch is quite challenging! Donald Sewell, your dads two Air Force racks are getting put to good use!! Only the HP scope and signal generator were off the shelf.

    If your a fan of audio/music, this is going to blow your mind when complete. That is only one of many demonstrations we'll do with this.

    Kurt Kung, we have some water experiments in mind with this...will be in touch.

    This will also demonstrate some of the creative forces in nature...for Eric Dollard, the name Cosmic Induction Generator was inspired by Wilhelm Reich's book Cosmic Superimposition. Check out Dr. James DeMeo newest presentations on the orgone and the ether. He is the leading authority on the work of Wilhelm Reich... presentations are at http://emediapress.com

    We'll be able to do all kinds of higher power longitudinal wave demonstrations, which indisputably flushes many of the foundations of modern day physics down the drain just like we demonstrated last year with the 20:1 scale model replica of Tesla's Colorado Springs Magnifying Transmitter.

    It takes a team...Jeff Moe on the right with all the machining help, Jari Karvonen on the left with his 140 miles per day trip to pick up Eric Dollard to bring him to our shop and take him back every day. Troy Kesti is not pictured....he works here on the MWO assembly, but he helped with a few odd jobs on this project. Eric Dollard the modern day Tesla wizard and all his genius engineering and I spent countless hours at the bench fabricating parts, wiring, etc.

    Fortunately, I'm in a position to fund all of this out of my pocket, which has been a small fortune, so for the record $0.00 came from EPD LABORATORY, INC 501C3 donations since this is my personal project. All those donations go to supporting Eric's work at the lab in Nevada. Second video walkthru on this will be posted soon. Http://emediapress.com

    P1220074.JPG
    Last edited by Aaron; 09-20-2020, 09:17 PM.

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  • Marcus Neuhof
    replied
    Originally posted by Aaron View Post

    They're all rip offs of Eric's original design. Most if not all are not using the correct proportions but that doesn't automatically invalidate if they work or not but there is something to the golden ratio proportions.
    A colleague was able to perform some rudimentary measurements of a Dollard-style golden ratio antenna using a vector network analyser, similar to but no doubt of lower quality than Adrian's instruments. It was observed that the antenna produced two sets of golden ratio harmonics such that
    f_a1, f_a2, ... f_an = N * phi
    while
    f_b1, f_b2, ... f_bn = M * phi

    If there is interest I will try to obtain the full results.

    Leave a comment:


  • Marcus Neuhof
    replied
    Originally posted by aminnovations View Post
    In reality a low inductance ground system has an impedance transformation between the coil, the inter-connecting transmission line, and within the ground system itself. These should be arranged to minimise power reflections and losses, as should the impedance transformation between the generator and primary, primary to secondary, secondary to extra coil, secondary to single-wire etc.
    How is this done in coils? I am generally familiar with the use of graduation in e.g microwave antenna theory to provide smooth impedance transition from the 50-ohm line to 377-ohm free space impedance, but the coil-wire-ground-wire-coil system does not seem to admit of much opportunity to provide gradual impedance transitions between the components.

    As the designed harmonic goes up the inter-action between the two reduces dramatically, however also the energy that can be coupled to that harmonic also goes down rapidly. The third harmonic appears to be the best balance between minimising the frequency shift of the secondary, whilst maximising the energy coupled from the secondary coil to the extra.
    That is very interesting. I do not recall seeing any discussion of the third harmonic in relation to the extra coil in the literature, so it is possible you are the first to publish on this point.

    You mean -10dBm, yes? That is quite a good result.
    No, I mean 10dBm, although this is only from a single experimental test. I have still have a lot of measurements, experiments, and tests to do before drawing conclusions, and writing-up and reporting on Telluric transference of electric power.
    I am looking forward to your further publications on this topic. In particular since our earlier discussions concerned the necessity of disruptive excitation in producing this class of phenomena, but you appear to have observed it with what I assume is continuous wave excitation.

    The longitudinal in this case is spatially coherent because both induction fields act in the same direction as propagation. The undifferentiated dielectric and magnetic fields of induction act and are as one together in displacement, which is a fully coherent state both temporally and spatially.
    Temporal and spatial coherence being a property associated with sine waves, you are saying this phenomena disappears when the coil is excited with a disruptive discharge? Or is it that the coil's transformation of the disruptive discharge into a sine-shaped waveform which is a precondition to the observed phenomena?

    Additionally, I am somewhat confused by your characterisation of the dielectric and magnetic fields "acting ... in displacement" since it was my understanding that displacement is a dielectric phenomena.

    The lower resonant frequency fL and upper resonant frequency fu do not originate from the same resonant circuit, so they are not harmonics of the same resonator. In this case fL (the lower parallel mode) results from the secondary coil, whereas fu (the upper parallel mode) results from the primary.
    Ah, I see. Thank you for taking the time to reply!

    Leave a comment:


  • aminnovations
    replied
    Hi,

    I have added a new post to my website on:

    Cylindrical Coil Input Impedance – TC and TMT Z11

    http://www.am-innovations.com/cylind...tc-and-tmt-z11

    In the first part of this post I take a detailed look at the small signal ac input impedance Z11 for a cylindrical Tesla coil and TMT system, looking at the series and parallel resonance modes that are characteristic to this type of system. In the second part I go on to use the measured Z11 to take a detailed look at the matching requirements for different types of generators to the cylindrical coil system, and the advantages and limitations of these generators when applied to the exploration of the properties and phenomena of electricity.

    The post includes two video experiments covering:

    1. The small signal ac input impedance Z11 of a series-fed cylindrical secondary coil with no coupled primary coil.

    2. Z11 for a parallel-fed cylindrical primary coil with a parallel vacuum variable tuning capacitor, and no coupled secondary coil.

    3. Z11 for a cylindrical Tesla coil primary fed with a bottom-end connected single wire extension on the secondary coil.

    4. Z11 when changing the distance between the primary and secondary coils, and hence the coupling between the two coils.

    5. Balanced impedance tuning for the upper and lower parallel point frequencies of a cylindrical Tesla coil.

    6. Z11 for a Complete TMT system in the near-field to close mid-field region, with a cylindrical transmitter coil and receiver coil, and bottom-end connected with a low impedance single wire transmission medium.

    7. Optimum balanced tuning for the cavity of a TMT through adjustment of transmitter and receiver primary capacitor, and transmitter and receiver coupling.

    8. Optimum tuning of the TMT system with an incandescent lamp load on the output of the cylindrical receiver coil primary.

    Best wishes,
    Adrian

    Leave a comment:


  • Aaron
    replied
    Pics are posted at the previous post thru the link above.

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  • Aaron
    replied
    SPECIAL COSMIC INDUCTION GENERATOR PROJECT ENGINEERED BY ERIC DOLLARD - NEW VIDEO

    Check out this project that I've been working on with Eric Dollard non-stop for the last few weeks. https://emediapress.com/2020/09/09/cosmic-induction-generator-2020/

    Leave a comment:


  • Aaron
    replied
    Originally posted by Sputins View Post
    This looks like a direct rip-off of Dollard’s Golden Ratio Log Antenna he designed. Looks like a direct copy of the Eric’s pattern found in the Lakhovsky Multiple Wave Oscillator Handbook?
    https://polaraidhealth.com/
    They're all rip offs of Eric's original design. Most if not all are not using the correct proportions but that doesn't automatically invalidate if they work or not but there is something to the golden ratio proportions.

    Leave a comment:


  • aminnovations
    replied
    Hi Marcus,

    That's quite a lot to answer , so I may need to split my response into two, I will see what the forum allows me to submit.

    Originally posted by Marcus Neuhof View Post
    It appears that you are saying that the equal volumes of conductor requirement ensures a smooth impedance transition (impedance being the ratio of dielectric to magnetic field) between primary and secondary, yes?
    Equal volumes of conductor place boundary conditions on the dielectric and magnetic fields of induction, which helps to maintain the optimum balance between these two differentiated induction fields. For example, the dielectric induction field will become unbalanced between the primary and secondary if the charge distribution and storage is very different in each coil. Ensuring equal volumes of conductor helps rectify this by producing a more uniform charge distribution, balancing the boundary conditions to the surrounding medium. This is in turn helps to generate a matched impedance transformation between the primary and secondary.

    Given that the impedance of a transmission line is characterised by inductance and capacitance per unit length, plus losses, how is this situation any different from any other transmission line?
    The characteristics of a Tesla coil are considerably more complex than a standard transmission line. Both the transverse and longitudinal modes are present, the first from as you say the inductance and capacitance per unit length, plus losses, the second from the inter-turn mutual inductance and mutual capacitance. These two modes could both be treated as independent transmission lines within the coil, whilst also taking into account their inter-dependence, that is, the coupling between these transmission lines/modes along the length of the cavity in the coil. We must also take into account the series and parallel modes of resonance in the coil as well. I am about to release a new page that looks in detail at the measured series and parallel modes of resonance for a cylindrical TC, and is quite fascinating to see how these modes constitute the overall electrical qualities of a TC.

    How is it possible to maintain a constant impedance (dielectric-magnetic field ratio) in the transition between secondary coil (cavity) and transmission medium? Even a very low inductance ground system would appear to present a very different set of propagation conditions than the secondary of a TMT.
    Overall the system needs to be in the best or optimum balance that can be practically achieved. So when the whole system is taken into account and optimised, including the resonant transformers, the feeds, ground system, the transmission medium, matching of the generator and load, then the maximum power can be coupled into the system and out of the system, with minimum losses. Accomplishing this appears to require balancing the dielectric and magnetic fields of induction across the system, avoiding large and rapid changes to boundary conditions. It is not about maintaining a constant impedance, but rather ensuring the optimum impedance transformation from source to load. In reality a low inductance ground system has an impedance transformation between the coil, the inter-connecting transmission line, and within the ground system itself. These should be arranged to minimise power reflections and losses, as should the impedance transformation between the generator and primary, primary to secondary, secondary to extra coil, secondary to single-wire etc.

    Why must the extra coil be designed to resonate at the third harmonic, instead of e.g the second or fundamental?
    The secondary coil and extra coils are independent quarter-wave resonators which when coupled together by an inter-connecting wire, will become coupled resonators. When resonant circuits are coupled together they inter-act, which causes frequency shifts and impedance changes in the characteristics of each of the coils. To say it another way, adding a designed extra coil (say 2fo) to a secondary coil (fo) will cause each to place pressure or tension on each other, and the fundamental series resonant frequency of the secondary f will be shifted down where f < fo. This is well illustrated in the impedance characteristics I measured for Eric Dollard’s Colorado Springs Experiment at ESTC 2019, http://www.am-innovations.com/estc-2...ngs-experiment. Figures 3.1 and 3.2 show exactly this effect of frequency shift when a designed extra coil is added to a designed secondary coil, f shifts from 1570kc down to 904kc. As the designed harmonic goes up the inter-action between the two reduces dramatically, however also the energy that can be coupled to that harmonic also goes down rapidly. The third harmonic appears to be the best balance between minimising the frequency shift of the secondary, whilst maximising the energy coupled from the secondary coil to the extra.

    You mean -10dBm, yes? That is quite a good result.
    No, I mean 10dBm, although this is only from a single experimental test. I have still have a lot of measurements, experiments, and tests to do before drawing conclusions, and writing-up and reporting on Telluric transference of electric power.

    Indeed, it would be very interesting to understand what produces the relative proportion between dielectric and magnetic induction.
    Yes agreed, this is very much work in progress in my research at the moment, more to follow later.

    If I understand you correctly, you are suggesting that the balance between dielectric and magnetic fields is a product of coil geometry, but the presence of the "differentiated" (transverse) versus "coherent" (longitudinal) modes and/or the ratio between the two is separate and independent of geometry?
    The balance between the differentiated dielectric and magnetic fields of induction is the product of the experimental configuration, which primarily comes from geometry, boundary conditions, and materials. The transverse and longitudinal modes are also the product of the differentiated dielectric and magnetic fields of induction. The longitudinal in this case is spatially coherent because both induction fields act in the same direction as propagation. The undifferentiated dielectric and magnetic fields of induction act and are as one together in displacement, which is a fully coherent state both temporally and spatially. I conjecture that Radiant energy is the emission from a displacement event. More on this in my answer below.

    Things do appear to have gotten a bit more complex than I anticipated. We now appear to be contending with a number of separate quantities:
    I am conjecturing, and working towards demonstrating, that:

    1. The undifferentiated magnetic and dielectric fields of induction is an underlying coherent state in the inner workings of electricity, which is governed by the inclusive principle and mechanism of Displacement. Displacement acts to maintain dynamic balance and equilibrium and as such is a fundamental process within the wheel-work of nature. A displacement process or event is coherent both temporally and spatially, and can result in phenomena such as energy injection into a system, stimulated emission like radiant energy, and power transmission without loss or even with gain. Displacement is always triggered by the “need” of the system, and can be experimented with and observed by introducing non-linear transient and impulse events into a system held in dynamic equilibrium e.g. a designed TC or TMT system. Displacement is inclusive, inner, undifferentiated, temporally and spatially coherent.

    2. The differentiated or separated fields of induction result in principle and mechanism of Transference. Transference results in all the electrical properties currently understood and utilised in the fields of electromagnetism and the outer workings of electricity, and ultimately result from the differentiated inter-action of the induction fields within a system. Transference can be coherent either temporally or spatially, but never coherent in both at the same time e.g. a TEM wave is coherent temporally but not spatially. When considering the differentiated fields and there effects in forms, that is in terms of voltages and currents, then coherent translates to in-phase. Transference is separated, outer, differentiated, temporally or spatially coherent.

    3. The longitudinal mode or LMD mode belongs to transference, and results from the differentiated fields of induction acting in the same direction together as the direction of propagation. The LMD mode forms in the cavity of a TC, which can include the single wire extension, or can extend across a TMT system. The LMD mode results in single-wire phenomena, high-efficiency transference of electric power in a tuned TMT cavity, and certain dielectric and plasma effects. The LMD mode can be measured by looking for the standing wave null in a TMT system cavity, or better by measuring the changing phase relationship between voltage and current along the length of the single wire transmission medium. The longitudinal mode is spatially coherent, but not temporally.

    4. The transverse mode or TEM mode belongs to transference, and results from the differentiated fields of induction acting in an orthogonal direction to the direction of propagation. The TEM mode can radiate in space and results in all the transverse electromagnetic wave characteristics currently known and utilised, including communications, power generation and distribution, electronic and electrical circuits etc. The TEM mode is temporally coherent, but not spatially.

    It seems strange that you would describe the fundamenal (lower resonant) frequency as shifting downwards at the same time as the second harmonic (upper resonant) frequency is being shifted upwards. Since the 2nd harmonic varies according to 2*f one would also expect it to have a range twice that of the fundamental (1000kc) but you give a range three times as large (1500kc)
    The lower resonant frequency fL and upper resonant frequency fu do not originate from the same resonant circuit, so they are not harmonics of the same resonator. In this case fL (the lower parallel mode) results from the secondary coil, whereas fu (the upper parallel mode) results from the primary. Therefore when coupled more tightly fL and fu will move apart. As the coupling is reduced or loosened fL and fu will move towards each other. This is covered in a lot of detail in my new page. I am hoping to launch this within the next week if I can .

    Managed to get it all in the same post.

    Best wishes,
    Adrian
    Last edited by aminnovations; 09-08-2020, 02:03 PM.

    Leave a comment:


  • Marcus Neuhof
    replied
    Originally posted by aminnovations View Post
    Hi,

    I have added a new post to my website:

    http://www.am-innovations.com/tesla-...al-coil-design

    In the first part of the post I review some of the most important experimental considerations for coil geometry that I have observed and encountered throughout my research so far. In the second part I take a look at a cylindrical coil design suitable for plasma effects and other discharge phenomena when combined with an extra coil, and similar to a design by Eric Dollard for his cosmic induction generator.

    Best wishes,
    Adrian
    Thank you for that.

    Tesla[9] suggested and established this requirement clearly, in that the conducting boundary conditions for Ψ and Φ must ensure the maximum balance, continuity, and coherence for these two inter-dependent fields when moving from one section of an electrical system to another. In this way he established that the requirement between the primary and secondary of a magnifying transformer should be made from equal volumes of conductor.
    It appears that you are saying that the equal volumes of conductor requirement ensures a smooth impedance transition (impedance being the ratio of dielectric to magnetic field) between primary and secondary, yes?
    It is conjectured that the ratio and balance of this distributed inductance and capacitance determines the cavity properties, and hence the formation of a pressure wavefront, where Ψ and Φ establish and maintain a phase alignment to each other. The outer boundary conditions of the longitudinal cavity are dynamically defined, where significant electrical reflections from impedance mismatch will collapse the phase alignment between Ψ and Φ, and lead to dissipation of the LMD mode.
    Given that the impedance of a transmission line is characterised by inductance and capacitance per unit length, plus losses, how is this situation any different from any other transmission line?
    In a matched TMT system, as in my transference of electric power experiments, the longitudinal cavity can be extended all the way from the “transmitter” cavity through the transmission medium to the “receiver” cavity. In principle when the longitudinal mode is established stably in this cavity, electric power can be passed between the source and load over very great distances, (in the far field condition), and is considered to be a key principle in Tesla’s telluric transmission of wireless power.
    How is it possible to maintain a constant impedance (dielectric-magnetic field ratio) in the transition between secondary coil (cavity) and transmission medium? Even a very low inductance ground system would appear to present a very different set of propagation conditions than the secondary of a TMT.

    Thank you for clarifying the effects of coil geometry on transference of electric power!
    Maximum power transfer in a TMT system appears to occur when Ψ and Φ are maintained in dynamic balance, through optimal geometry of the TMT coils, transverse tuning to match the resonant frequencies of transmitter and receiver, and longitudinal mode tuning through obtaining a clearly defined standing wave within the cavity, (accomplished primarily through adjusting the electrical path length of the transmission medium to obtain a strong simultaneous null point for Ψ and Φ at the cavity centre).
    Given Tesla originally intended the Colorado Springs (TMT) for use in transmission of power, it seems difficult to imagine that careful adjustment of the electrical path length between transmitter and receiver are necessary for proper operation. What are you referring to with this? Is tuning via transmitter-receiver distance only required when no extra coil is present?
    When the extra coil is arranged to resonate at the third harmonic of the secondary induction system, and where the quality factor (Q) of the extra coil is very high, the output from the top-end of the extra coil will be a very powerful, low distortion, sinusoidal oscillation at a single frequency.
    Why must the extra coil be designed to resonate at the third harmonic, instead of e.g the second or fundamental?
    When combined with an extra coil into the Colorado Springs experimental arrangement, and with suitable Telluric tuning and matching, then far-field longitudinal transference of electric power may also be possible, and appears to remain one of the ultimate goals of this field of energy research. In my research so far I have measured far-field Telluric power transfer, (at ~ 3 miles between transmitter and receiver), of around 10dBm in the 80m amateur band from the upper resonant frequency of a carefully tuned TMT system.
    You mean -10dBm, yes? That is quite a good result.
    It is conjectured that perhaps the most interesting GR relationship would exist directly between Ψ and Φ, which could be arranged through geometry, tuning, and generator and load characteristics. This area of research and investigation requires considerable further work, and remains work in progress at this time, and to be reported at a future point.
    Indeed, it would be very interesting to understand what produces the relative proportion between dielectric and magnetic induction.
    Therefore I am discriminating between displacement events and their associated phenomena, and the different properties of Tesla coils and TMT systems that result from the difference in balance between the differentiated dielectric and magnetic fields of induction, that are brought about by varying coil geometries. Said in yet another way, Tesla’s Radiant Energy and Matter, and other coherent electrical phenomena are not the product of coil geometry, but rather underlying coherent processes that constitute the inner, and as yet unexplored, workings of electricity.
    If I understand you correctly, you are suggesting that the balance between dielectric and magnetic fields is a product of coil geometry, but the presence of the "differentiated" (transverse) versus "coherent" (longitudinal) modes and/or the ratio between the two is separate and independent of geometry?
    The non-linear transient impetus will reveal displacement based phenomena related to the undifferentiated coherent induction field. The linear sinusoidal drive will reveal phenomena related to the balance of the differentiated induction fields Ψ and Φ, through the balance between the transverse and longitudinal modes, and the tuning and boundary conditions of the longitudinal cavity established in the system. Transverse tuning is about selectively coupling as much energy as possible from the generator to the transmitter, and from the receiver to the load, whereas tuning of the longitudinal cavity and its properties, is about transferring as much energy as possible between the transmitter and receiver.

    In summary, this is a vast, and probably one of the most fascinating areas of electrical phenomena, that arise from Tesla coil based systems, and warrants considerable further research, observation, and measurement. Suffice to say for now, I would conjecture that the distinction between the undifferentiated and differentiated induction fields, is in my view key to discriminating between phenomena that relate to displacement (coherent and inner), and those that relate to transference (incoherent and outer).
    Things do appear to have gotten a bit more complex than I anticipated. We now appear to be contending with a number of separate quantities:
    • Differentiated versus coherent fields of induction
    • Longitudinal versus transverse propagation modes
    • Longitudinal versus transverse cavities
    • Magnetic versus dielectric fields
    Contrary to my expectations earlier, you are indicating that it is therefore possible to have a "differentiated, longitudinal" or "coherent, transverse" propagation?
    When driven by a primary with coupling coefficient to the secondary of ~ 0.1-0.3 the lower resonant frequency can become shifted down from the resonant phase change, set by the wire length, by as much as 500kc, and the upper resonant frequency shifted up by as much as 1500kc.
    It seems strange that you would describe the fundamenal (lower resonant) frequency as shifting downwards at the same time as the second harmonic (upper resonant) frequency is being shifted upwards. Since the 2nd harmonic varies according to 2*f one would also expect it to have a range twice that of the fundamental (1000kc) but you give a range three times as large (1500kc).

    Leave a comment:


  • Sputins
    replied
    This looks like a direct rip-off of Dollard’s Golden Ratio Log Antenna he designed. Looks like a direct copy of the Eric’s pattern found in the Lakhovsky Multiple Wave Oscillator Handbook?
    https://polaraidhealth.com/

    Leave a comment:


  • Aaron
    replied
    ERIC DOLLARD'S 2020 ESTC PRESENTATIONS NOW AVAILABLE



    Eric Dollard had two presentations that offer material that he has been wanting to put together for decades.

    First of all, write down this coupon code and make sure you leave it all lower case: epd2020 - this code will give you 25% off in the shopping cart for each individual presentation or the combo, which is at a huge discount already. This coupon expires in 2 days!

    Also, for the first time, you can purchase multiple presentations at the same time in one transaction. The above coupon code is only for Eric Dollard's presentations but the multiple purchase option like a normal shopping cart is a huge time saver.

    The two presentations are:

    Eric Dollard - Electromagnetic Induction and its Propagation, A Sequel to the Work of Oliver Heaviside of the Same Title - https://emediapress.com/shop/electro...aviside-title/

    Eric Dollard - Method of Symmetrical Co-Ordinates Applied to the Solution of Polyphase Networks, A Sequel to the Work of Charles Fortescue of the Same Title - https://emediapress.com/shop/method-...rtescue-title/

    Or get the COMBO with both of Dollard's presentations here: https://emediapress.com/shop/combo-e...hase-networks/

    Eric Dollard’s organization is a 501(c)3 charitable non-profit in Nevada so all donations are tax deductible. Donations are badly needed right now to cover some expenses - if you are able to send a check/money order or even give by PayPal, details are here: https://ericpdollard.com/donate-to-eric-dollard/ and of course a portion of the proceeds from all video sales goes to EPD Laboratories, Inc. That is what pays most of the bills besides donations.

    Dr. James DeMeo's two presentations from the 2020 ESTC will be released in a couple days.

    Leave a comment:


  • aminnovations
    replied
    Hi,

    I have added a new post to my website:

    http://www.am-innovations.com/tesla-...al-coil-design

    In the first part of the post I review some of the most important experimental considerations for coil geometry that I have observed and encountered throughout my research so far. In the second part I take a look at a cylindrical coil design suitable for plasma effects and other discharge phenomena when combined with an extra coil, and similar to a design by Eric Dollard for his cosmic induction generator.

    Best wishes,
    Adrian

    Leave a comment:

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