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Solid State Tesla-Lakhovsky Coil Lakhovsky Multi frequency Oscillator (MWO)

Modern Version

Introduction

- In 1898 Nikola Tesla wrote in the American scientific journal "The Electrical Engineer", a

fundamental article on electrotherapy, which represents the cornerstone in the medical

application of currents and radiofrequency fields. Tesla thus laid the theoretical and practical

bases for the creation of electromedical equipment, although it left to the choice of the

doctors the most appropriate application technique according to the clinical picture of each

patient1.

This contribution adds to the great discoveries that have given humanity an unlimited wealth

of knowledge and applications (alternating current, wireless transmission, radio, television,

mobile phones, remote control, etc.). The late recognition of the indisputable paternity of

wireless signal transmission and the refusal to grant him the Nobel Prize are just a few

elements that illuminate the figure of the man who visualized electromagnetism permeating

every existing form or substance, operating therapeutic effects on living cells, whose

functions are essentially regulated by membrane potentials and by the conductivity and

permissiveness characteristics of cells in tissues, which in turn regulate and direct vital

biochemical exchanges.

To all this we add the theories as relevant in our time as electrogravity (electrodynamics of

1 Nikola Tesla - HIGH FREQUENCY OSCILLATORS FOR ELECTRO-THERAPEUTICS AND OTHER PURPOSES

The Electrical Engineer Vol XXVI 17 November 1898 - n° 550

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transverse and terrestrial longitudinal waves) and alternative theories of relativity, including

the option of exceeding the speed of light. It is already unforgivable to continue ignoring the

details relating to the theories of Nikola Tesla and evading his legacy.

- In the 1930s, the Russian physician George Lakhovsky, as a result of his studies on the

effects of electromagnetic fields on the induction of tumors in plants, created a device, called

M.W.O. (Multiple Wave Oscillator), which became the best application (in that historical and

technological period) of the brilliant ideas of Tesla. The remarkable therapeutic results in

oncology obtained by Lakhovsky in the historical Salpetriere and other hospitals of Paris,

opened a new chapter: magnetoterapia, still effective, although reduced and partial in the

medical field. In those years, the father's views of modern "electricity" were integrated and

harmonized in the full sense of his term, and the brilliant biologist who fully understands the

immensity of meaning in its multiple applications.

Doctors, who questioned Tesla's article several times, agreed with Lakhovsky thirty years

later. In our day there are many practical applications in the medical field related to the

theories of Tesla and Lakhovsky, their names are often omitted and almost forgotten, the

reason for this is explained by William Jones, the great British mathematician of the

eighteenth century:

"Each doctrine goes through three phases:

1. It is attacked and declared as absurd.

2. Then, it is admitted that it is true and evident, but irrelevant.

3. In the end it is recognized its importance and its detractors claim the honor of the

discovery. "

The most important modern applications that cover different areas of therapeutic

intervention, and are classified by type into:

- Magneto and transcranial electrotherapy to treat nervous diseases (Parkinson, etc.).

- Capacitive hyperthermia for large and deep solid tumors - Electrothermal ablation of small

solid tumors (*)

- Electrochemotherapy (electroporation combined with pharmacology to treat cancer) (*)

- Induced microcurrents that stimulate the immune system (Some techniques indicated with an

asterisk are moderately invasive.)

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The experiments, applications and studies related to each of the described techniques have

been published by the most qualified universities and clinical centers around the world, so we

will not bring any reference, leaving the reader the possibility of free search. This important

field of study has aroused my passion and has required the practical realization of these

devices, for several years I reconstructed, as faithfully as possible, the original MWO of

Lakhovsky2 and since then I have always wondered if I had achieved Lakhovsky or even the

same Tesla having this current technology. The replication of the MWO works perfectly, but

the essential reason for this concern derives from the difficulties for its widespread use,

whether public or domestic, due to:

1) The availability of components (ignition system, coils, high voltage capacitors ..)

2) Air ionization, in particular by the ignition system, with the formation of ozone and nitrogen

oxides are not acceptable in closed environments.

3) The possibility, although remote, that high voltage and current present in the primary

winding (NTS 6000-9000V) can be transferred to the secondary and from there to a person in

the vicinity (patient or operator) with very unpleasant consequences.

4) The significant presence of RF interference (EMI)

The solution to these problems remained latent and confined in my mind until the moment when

a reader of my article published on the net, exposed to me his personal experience that I

reproduce in telegraphic form:

"- invasive carcinoma of the left breast of my wife with involvement of the proximal lymph nodes.The size of

the mass is 6 x 2.5 cm.

- Categorical rejection of the patient to mastectomy and axillary surgery and the post-treatment program with

chemo and radiotherapy.

Unable to stand idle by waiting for events, she decides to initiate electrotherapy at home, taking advantage of

the availability of a solid-state Tesla coil (SSTC) used until then for pure theoretical and experimental interest

of the phenomenon.

- The unit produces a violent series of corona discharges, creates a high intensity electric field, reheats surface

tissues and has a limited useful life. The power electronics stages after less than an hour of application cause a

severe heating of the secondary coil with deformation of the support.

- Despite these difficulties, the treatment continues for about one month, observing a reduction in the tumor

mass evaluable to the touch of approximately 20%. "

2 SCHEMA ELETTRICO ORIGINALE : OSCILLATORE AD ONDE MULTIPLE LAKHOVSKY ( M.W.O. Centro

Lakhovsky di Rimini) - www.grix.it/viewer.php?page=9323&bakto=/showpages.php?navipage=19

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Operative scheme used by my reader at the start of treatment

The reader was also looking for advice and, from that moment on, a close collaboration begins

with really surprising and encouraging results that lead me to improve the reliability of the

SSTC and help me to redesign the BTLS.

In the same phone call I suggested to the reader what he considered most appropriate for his

condition at that time:

1) Continue and complete electrotherapy in a medical center qualified in Italy

(hyperthermia for solid tumors w / Prof. Pontiggia - Pavia)

2) Visit a site specializing in E.M field therapies and discuss this unique and

interesting experience with Mr. M. Montanari as a person with great experience in

this specific field3.

My reader and his wife decided to proceed immediately with 9 applications of hyperthermia of

1 hour each session and after about 4 months, they perform all the analytical and instrumental

controls that, at the time, showed a perfect general condition in all analyzed parameters. A

scarring of the nodule with calcifications and subsequent reduction of the mass evaluated

objectively to 90% and without presence of metastases elsewhere and re-normalization of

previously enlarged lymph nodes.

3 www.Fieldsforlife.org

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These extraordinary results inspired me even more to find a solution to the original MWO.

Building an original MWO, presents many problems given the great difficulty of finding the

necessary components (high voltage capacitors, spark generator, antennas), while making a

solid state device is much simpler and less expensive. The presence of high voltages at the

frequency of the mains can be very dangerous for the operator and / or the patient, the

ignition generator and the current peaks produce a lot of radio interference, which can not be

adequately protected and restrict Particularly in the domestic sphere.

The original multiple wave oscillator is a jewel of electromechanical engineering of the

past, but its structural limitations have led me to experience an implementation using

electronic (solid state)

- The construction of a solid-state Tesla coil (SSTC) is very simple, both for the availability of

the various components and for their assembly and calibration.

- An SSTC does not pose any danger to the user, since even extremely high voltages (> 100 kV)

discharge into the air have very low current values (approximately 1-2 mA) and can be limited

electronically.

The primary coil is galvanically isolated from the secondary coil, while the original MWO is

equipped with a type of coil Oudin in which the secondary is a physical extension of the

primary. This difference implies a minimum risk of contact in the SSTCL.

The standard configurations of traditional solid-state coils are unsuitable for therapeutic use,

due to overheating in direct contact with tissues, as happened to my reader in his early

experiences. This is the basic and fundamental problem to be solved. Corona discharges are

emitted whenever the secondary terminal is a metal tip, if the terminal is instead a sphere or a

toroid occurs only if the radius of the last / o is less than the relationship between the

secondary voltage and the rupture stress in the air.

Example:

- Maximum power to the secondary terminal = 100 kV

- Voltage B. D. in dry air = 30 kV / cm

- Minimum radius of the sphere or toroid = 100/30 = 3:33 cm

Thus, using a device that ensures a voltage of 100 kV and providing it with a toroidal metal

terminal with a radius (Rt)> 3:33 cm will not have any apparent, dangerous effluvium (ozone,

UV radiation, etc.) nor will it be a source of heat , Therefore much of the energy will be

emitted as electric field strength (E = V / m).

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The outer (Re) radius of the toroid has no influence on the voltage gain of the Tesla coil, but

only on the electrical capacity applied to the terminal HV, which in turn determines the

resonance frequency of the secondary coil:

If the ratio of the diameter of the toroid (dT) to the outside diameter of the toroid (De) is

more than 0.25, the capacity shall be:

If instead of this ratio is less than 0.25 the capacity will be:

If a toroid with Dt = 7 cm is used. Of 20 cm. A relation Dt / De = 0.35 to which the formula (1)

is applied to calculate the electrical capacity:

C = 0:37*20: 0.23*7 = 9.1 pF

The secondary coil has an inductance and a distributed capacitance that is added to the one

that has now been calculated for the toroid, the system resonates at a frequency that must

re-enter, with an adequate safety margin, in the calibration range of the driver. The main

cause of frequent interruptions to the power levels of the generator used by my reader

resided only in a poor sizing of the secondary coil that has been halved to fit the toroid

inserted in the working area of the driver , Verifying the resonance at ¼ of the wave at 90%

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of the adjustment range. The two coils obtained in this way were placed almost in opposition

reproducing the original Lakhovsky configuration.

In order to prevent overheating of the components and in particular the secondary coil, it was

decided to operate the apparatus in a pulsating mode, with a duty cycle of 20% and a signal

frequency of approximately 600 Hz.

(20% of the time = active signal at 230 kHz, 80% of the time = no signal).

This solution has also been adopted to investigate the "oscillatory shock" cited by Lakhovsky

and to optimize the therapeutic effects, summarized below by M. Montanon and other

researchers in numerous bibliographies:

"In a biological tissue, even small, generalized alterations in membrane potential can lead

to significant changes in the modulation of cellular functions. Pulsed electric and magnetic

fields, devoid of persistent thermal effects, can only improve cellular function,

demonstrating a prophylactic and / or therapeutic action "4

Therefore, it can be concluded that the therapeutic effects depend greatly on

electromagnetic shock repeated at regular intervals, according to the cellular physiological

responses and much less frequency and energy field.

With these changes virtually all the construction and operational criticality of the original

Lakhovsky MWO have been solved and an experimental work equipment is realized, with similar 4 M. Montanari – Effetti oggettivi dei campi magnetici pulsanti – ( www.Fieldsforlife.org )

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performance (also a lower energy consumption). This equipment was tested by my reader,

achieving a rapid healing of a deep wound (removal of a wart on a finger) in only 3 RF exposures

of 30 minutes each. Against a treatment of about 20 days provided by doctors, with

traditional periodic medication.

Another therapeutic application in progress was a case of degenerated axillary hidradenitis,

present for more than 20 years in a very old person (the mother of my reader who is 104 years

old). After about 200 minutes of therapy, with a maximum of 15 minutes each application,

disappeared from the vesicles, before always bloody, and began to notice a beginning of the

reconstruction of tissues.

At this point I decided to proceed to the realization of a final project, and for that, I have

undertaken an extensive research on the web about the different configurations of the SSTC

thinking about the implementation of a circuit that I have named SSTLC. To be carried out

only with commercial components, cheap, easy and available.

Before entering into the technical realization of the device, I must explain the motivation and

the knowledge that have pushed my reader and his wife to this therapeutic trial which, at first

glance, may seem adventurous and risky, but if analyzed without prejudice, it seems rational

and anchored in scientific bases and with practical sense.

# E.M field has positive effects on cancer cells and has no

negative effect on healthy ones, operating with frequencies

below 1 MHz.

- Scientifically Proven

# Thermal effect (hyperthermia) is not the only decisive factor.

The positive effect is essentially - a strong acceleration of the

healing process (fast destruction of the weak membranes of

cancer cells)

Positive experiments of the

TTF5 in world

# The same field strength of a capacitive hyperthermia can be

obtained by removing the electrode and varying proportionally

its voltage. Therefore, thermal effects are eliminated while the

effects remain purely E. M.

E = V / d f (є, σ)

# Positive action on the immune system of low frequency E. M.

stimulation.

- Demonstrated

scientifically

# Negative action of any type and dose of chemo on healthy

cells and immune system6 and poor effects on tumor cells - it

Scientifically proven and

evident in the facts

5 E.D. Kirson, Z. Gurvich, R. Schneidermann, E. Dekel, Aviran Itzhaki, Y. Wassermann, R. Schatzberger, Y. Palti

Distruption of cancer cell replicant by Alternating Electric Field Cancer Research 64, 3288-3295, May 1 2004

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looks little perfused and oxygenated

# Negative action of any kind - radiation dose

Scientifically proven and

evident in the results

# Extremely invasive surgery with significant psychological

consequences, especially in the absence of any definitive cure

guarantee.

Very common

psychological effect. Lack

of guarantees

In light of the results obtained so far in the case of the lady, this view of the problem "healing

of the solid tumor" is certainly objective and valid in the long term. If these results, as we

hope, are confirmed in the near future, with other control checks, there is great prospect of

developing a form of prevention, prophylaxis and therapy that could be done at home with a

simple and inexpensive equipment, which can be Build without great knowledge of electronics,

with good safety guarantees to comply with a lower exposure to a megahertz of fabrics at low

power and in a limited time of application.

Evidence suggests that hyperthermia applications represent the earliest possible primary and

preliminary action once solid cancer is identified; These applications have a very high

probability of complete success for the patient who has not received chemo and / or

radiotherapy treatments and thus with a perfectly functional immune system and normal

tissues.

One premise I must make is that my reader and his wife have been vegetarians (not absolute)

for years and this opens a window to any alternative medical recovery of the immune system,

such as Gerson's protocol.

Medical integration therapies accepted by the medical establishment to strengthen the

immune system may also be used.

The rapidity and radical nature of the effects of hyperthermia are absolutely irreplaceable.

However, the applications of hyperthermia should be carried out in specialized medical

centers that have acquired considerable experience in the field and have the appropriate

medical equipment.

6 J. Walleczek - Electromagnetic field effects on cells of the immune system: the role of calcium signaling.

Research Medicine and Radiation Biophysics Division, Lawrence Berkeley Laboratory,

University of California 94720.

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S.S.T&L.C.

Electrical scheme of S.S.T.L.C used in experimental prototype

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Circuit description

Filter E.M.I.

The inclusion of this filter is necessary to avoid the appearance of radio frequency

disturbances in the network lines, in the market there are different types already wired, the

only care is to oversize it to avoid unnecessary heating of it.

Ammeter (charging current)

It may seem superfluous to monitor the current drawn from the controller, this is actually the

simplest way to check the resonance centering, which corresponds to the maximum current

detected; An AC 5A FS analog ammeter is sufficient.

In resonance the load current only presents the fundamental frequency of the square wave

applied to the Tesla coil and it is perfectly in phase with the voltage. Impedance seen by the

driver is absolutely the lowest and corresponds to the resistive component of the system

(Taking into account the superficial effect ?).

For frequencies lower than those of the resonance, Tesla coil has a capacitive component that

obligatorily displaces the charge current in advance. Conversely when the resonant frequency

is exceeded, the inductive component is predominant and the current flows with delay with

respect to the applied (free wheel) voltage.

Keeping the piloting frequency centered on resonance greatly reduces the work of protecting

the Mosfets stages as it operates in a software switching mode. Equal deviation of the

resonance frequency, the higher the "Q" quality index of the coil the greater the

rotation of the current phase applied to the voltage, on the other hand, a large "Q" allows a

considerable potential In the secondary.

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Feed section

The power section includes two phases, one consisting of the traditional "transformer - diode

bridge - stabilizer" to derive the required 12 VDC for electronics control, the other stage is

power. The 12 V DC power supply has absorption current due to "gate drivers" of just over 1A

that handled the classic 7812 voltage regulator within the functional limits of its

characteristics, being able to detect a "ripple" to 100 Hz and in operation "pulsed mode"

reached 0.75 volts, that's why I used a stabilizer a little more powerful ie an L200.

The external variac provides an adjustable voltage from 0 to 220 VAC, the same current

limited by an NTC (prevents damage at the end of the ignition phase of the driver) and 4

resistors of 150 ohm (detachable), is rectified by a bridge For 6A diodes and provides power

to power MOSFETs, the alternative is to use a delayed supply feed relay final. This

configuration is known as "full-wave rectifier bridge" and electrolytic filter capacitors are not

necessary, since the pulsating power at 100 Hz supplied in its absence reaches 300 W and is

more than sufficient; The two capacitors of 470nF 400V serve to generate a virtual (dynamic)

RF background, which is connected to one of the primary contacts of the Tesla coil.

R. F. pulse 100Hz in antenna (full wave mode, coil + 1 pin)

Control Electronics

The heart of the circuit consists of IC HEF 4046, a "phase lock loop" is used to generate an

adjustable base frequency by the 10k potentiometer (pin 9) centered on the resonance of the

"coil + antenna" system. The overvoltage of the Tesla discharge detected by the pin 14 is

slightly out of the system layout and improves the definition of the arc, ie the "splits" of the

frequency antenna such that for a fraction of second Tesla coil is not yet in resonance,

achieving faster cycles of discharge closure.

The antenna should not be too close to the coils, otherwise there will be a deviation from the

resonance frequency and the 12 arcs will not work well. The NE555 is used to generate a

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variable frequency signal (450Hz-21kHz) and a duty cycle (2-98%) that allows to inhibit the

HEF 4046 in a "pulsed mode", thus producing a current of lower and different intensity and

morphology (frequency, noise, shape).

The particular configuration of the SSTLC circuit improves the torsional components of the

electromagnetic fields (Tesla Coil) and can be seen clearly in the air discharges, in the helical

behavior of the individual branches of the effluvium.

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Frequency Range del NE555 (Hz)

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NE555 Frequency range (Hz)

The simplest commercial alternative to step NE555 is to use a "phase angle controller" which

is one of a circuit similar to a light dimmer studied by reactive loads, which must be applied

above the bridge of the power MOSFET diodes.

The output signal (pins 3-4) are sent to the IC UCC37321 and UCC37322, which in the "push-

pull" configuration pass the power MOSFET through an RF transformer (inductive decoupling).

The RF transformer is made by wrapping in a circular ferrite core (30 mm outside diameter,

height 12 mm) 11 primary turns (160H) and two 18-turn windings for the secondary (detected);

All windings are braided to increase the inductive coupling, the turns ratio can be slightly

changed according to the core and the winding used, ideally to detect the square wave of

secondary amplitude +/- 13_15V (26-30 Vpp). The capacity present in the fields of pins 6-7 of

the HEF4046 changes the basic frequency of the oscillation, namely the "frequency range" of

the conduction circuit, the fine adjustment is obtained by turning the potentiometer of 10k

multiturn connected through of a 120k resistance to pin 9 the same HEF 4046.

CAPACITY OF PINS 6-7 - HEF 4046

330 pF 330+560 pF 330+1000 Pf

Minimum Frequency (kHz) 347 158 108 Maximum Frequency (kHz) 487 231 161

Any implementation of the circuit should be subject to revision, since only a functional

verification can assess the reliability of the project, should be seen in a perspective of

continuous improvement as the evolution of an idea. Constantly checking for improvements also

leads to prototypes in the type of attached image.

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It is clear that the mains voltage comes directly to the Mosfets, on the one hand without

passing through a transformer of galvanic decoupling, on the other, it avoids the use of a bulky

and expensive component, and the other connects the tongue to the network Of 220V, that

must be manipulated with extreme caution to avoid a sudden discharge. The apparent

complexity of the circuit diagram is actually compensated by the reduction of the size of the

components, all the circuitry may be contained within a box no larger than a PC power supply,

reducing the overall dimensions, weights and the problems of MWO transport S.S.T.L.C. !

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––––

Protection Circuit

One of the insurmountable limits of the components in the solid state seems to be excessive

voltage / current values applied, with inevitable component damage. Limiting the electric field

of a Tesla coil is difficult, so at the very least, it is essential to shield all metal containers and

put the protection elements (NTC, VDR, Zener and ultra fast diodes) to ensure long-lasting

electronics. A bad sizing of the circuit is definitely detrimental, especially in the final stage of

power, in the literature there is a detailed explanation of the main causes of failure that are

shown in the list:

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-Extension of voltage

-Excess temperature

- Extended overload current

- Transient overload current (> Imax MOSFET, dead time> = 5%)

-Shoot-through (cross-drive, idle = 0)

- Failure of freewheel of current travel (lack of diodes in antiparallel MOSFET)

- Slow reverse recovery of MOSFET body diode (serial insertion diodes with MOSFETs)

- Gate control (door control current / voltage limit).

-Insufficient gate control (ignition incomplete)

-Slow switching transitions

- Spurious oscillations (reduced by a low impedance of door control)

- "Miller" Effect (reduced by a low impedance of door control)

-Interference radiated with the regulator (bypassing the logic of the power stage)

-Interference conducted with the regulator (see ground loop and ferrite transformer)

- Damage due to static electricity (in the handling of MOSFETs in assembly)

-VSWR high (reflected power, see chapter "Antenna")

• Mass loop

Upon talking about Tesla coil is absolutely needed avoid ground loops, which would produce

enough to damage the electronics of eddy currents. The secret is to be connected in a

single point:

1) the mass of the card (use of insulating supports)

2) the mass of Tesla secondary coil (cold terminal)

3) the mass of the metal container

"Cold" terminal of the Tesla coil MUST be connected to earth (with a low inductance and

resistance), not necessarily the one of the network, and in order to avoid damages in the

device, therefore it is recommended to use a plate buried, failing to use a cold water pipe or

concrete reinforcement of some pillars. It is obvious that an active Tesla coil does not comply

with EMI regulations on radio interference, and any nearby electronic equipment can suffer

from faults or failures due to large electromagnetic fields!

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• Lakhovsky coils

Anyone wishing to buy for a small price Tesla coils already made can resort to the magazine

New Electronics that offer the coils with signature L.1292 composed of 1500 enameled copper

coils of 0.28mm rolled in 120 mms of 50 cm PVC pipe (45 cm). The coils in my possession, have

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a resonance at a quarter wavelength that reaches around 190 kHz with brass tip, 129 kHz with

the replica of the M.W.O. Original Lakhovsky, 130 kHz leaving only the outer ring of 50 cm and

131.6 to 132.2 kHz replacing the ring with a metal strap of 16 x 0.5mm. The response was

measured as described in the file "RESONANCE INSTRUMENTAL ADJUSTMENT"

"Lakhovsky-MWO". Actually, the size of the airborne discharges slightly changes the

resonance of the coil + antenna system, so it is normal to find resonance of 200 kHz with the

tip for low powers, and 190 kHz for the discharges of 20 cm.

The primary winding has been made by tightly wrapping 5 turns of insulated copper wire

2.5mm around the secondary, obtaining a coil resistance of approximately 0.07 and 6 H

of detected inductance. The intact secondary gave an average resistance of 210 and 72.3

+/- 5 mH of sensed inductance. As a container I used a PVC tube of 140mm with relative

closure screws, I sealed the assembly with two component polyurethane resin for fiberglass,

which has the disadvantage of crosslinking the epoxy resin, being extremely fluid at the

beginning of the Reaction, and fragile in ripeness, but it has the advantage of working well with

RF and being available everywhere. The Tesla coil is constituted by a resonance system in

series of the RLC model, which reflects its components to the primary winding through the

magnetic coupling of the coils, changing the value of "K" can change the resonant system,

Increasing the "K" also increases the resonance frequency since less turns of the secondary

remain in "free oscillation" To achieve a high transformation ratio (Vout / Vin) it is necessary:

1) Reduce secondary resistance to the lowest possible (high Q)

2) Minimize the primary inductance

3) Maximize the inductive coupling (k> 0.35)

Obviously each factor has its limits of physical-dimensional functioning that collide with the

theoretical requirement, so it is always looking for a good commitment to achieve this purpose.

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22

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• Antenna

RF pulses that reach the end of the HV (needle and / or torus) are somehow modulated with

waves and emissions to the atmosphere. The signal that can be collected with an antenna coil

placed near the Tesla coil is inevitably influenced by the use of the SSTLC and is presented in

the accompanying photos. In SSTC it is highly recommended to use a breakpoint (tip) as a

"hot" terminal, since without a breakpoint and with a toroid, the discharge voltage of the

discharge increases enormously (depending on the diameter of the toroid tube), if the System

can not achieve this voltage does not exceed the load of the effluvium, with an abnormal

and potentially dangerous increase of the current in the primary circuit.

It follows that the replacement of the conventional antenna needle of the MWO of

Lakhovsky is not advisable, since the total absence of effluvia would reduce the therapeutic

scope and would create great stress in the final stages of power; It is ideal to gradually

reduce the section diameter of the outer ring (14 mm) to find one that allows the system to

generate a slight crown effect, for simplicity I have used a belt of 16 x 0.5 mm (metal band

closure for platforms), blunt And isolated from the extremity with white PVC tape, wrapped in

circle 50cm. Already from 70VAC of final power there are sparks on both sides of the belt

on almost the entire perimeter of the open ring! The way it nourishes the discharge is in

pulsed mode; In the SSTLC in use, the environment must be well ventilated to avoid

ozone accumulation!

RF signal detected by spiral antenna of rear coil Tx, 1m distance

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Complete Wave Mode (Tx + Needle)

Pulsated Mode (Tx + Needle)

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Burst

Pulsated Mode (NE555: F = 450 Hz - D. S. 50%) flat antenna only TX

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MWO Lakhovsky Antenna Replica Antenna Belt

Tests performed

One of the first tests performed refers to the mode of excitation of the primary CT

A) Lakhovsky configuration: electric arc> = 70VAC MOS power

B) Configuration with primary excitation serie in controfase tipo "Kinraide coil"

Of electric arc> = 100VAC powered with Mosfets power due to the fact that in fact each

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primary is fed at half of the maximum drive voltage.

C) Configuration with series in phase of primary excitation: the magnetic fields tend to cancel

out so hardly any discharge is seen with the high voltage of the MOSFETs.

As can be seen in the tests carried out, the configuration that allows the maximum

performance of the system is the classic Lakhovsky, the primary parallel was avoided because

the calculations under certain conditions could exceed the maximum current of operation of

the power stages, With the inevitable damage to MOSFETs.

The electric discharge is a flow of electrons emitted from the cathode, moving to the anode,

accompanied by complex phenomena generated by the presence of positive ions in the opposite

motion. Discharge is generated when the electric field strength locally exceeds a given critical

value, for which the weak current, always present during the electric field increases to a

degree such as to create local overheating and plasma production (ternary mixture Of

electrons, ions, neutral particles).

The expansion of the ionized channel creates a more or less noisy shock wave; the plasma

which is a good current conductor is the ideal transducer adapted to generate a strong

broadband (up to several MHz) electromagnetic pulse extending with the Beam at the

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frequencies of the visible spectrum. Electric shocks are attracted to all conductive materials

and energy in their various forms, tend to concentrate on the tips and edges of the same

material, areas of maximum density of electric charge. The strong voltage gradients (tens of

kV) create the corona discharge due to the ionization of the air layers around the electrode,

highlighted by a luminescence in the dark and a typical noise, similar to whistling or creaking.

Spectral analysis of the corona noise reveals the superposition of a component with a

frequency twice that of the network (100 Hz) accompanied by higher harmonics and broadband

noise, which increases with the frequency band level; If instead of the antenna two probes or

ends are used the crown is converted to effluvium with its corresponding arc of discharge.

According to my personal interpretation Lakhovsky sought that his antenna rings generate a

whole range of electromagnetic frequencies from 750kHz to the infrared, the simple electric

arc free of thermal effects, can equal or even exceed the extension of the band sought,

and avoid the Affectation of the mechanical structure. What is missing is the diffusing effect

of the electric field because the outer ring can still be used as the traditional antenna. From

my point of view, the localized application of pulsed mode (MP) effluvium, an alternative

to the use of the electrode spiral, is ideal with the support of the appropriate "open" ambient

RF (open) antenna exposure; All subjects must be scientifically evaluated, explored and

experimented on in large populations and not in individual cases. Everything in the universe is

vibrational energy and we are completely immersed in this symphony of frequencies and in its

balance, the question is only the way we interpret some. The harmonization of life is through

the correct frequencies and the Cymatics teaches that often of vibratory effects are

obtained unexpected cures that are explained by the immense power of wave genetics, since

the human genetic patrimony interacts continuously with the energy around whichever is. My

specific intention is to experience the effects of Lakhovsky's MWO environmental therapy

using a pulsed heart rate of 432Hz!

29

The electric arc in direct contact with the skin causes a slight sensation of discomfort, often

accompanied by involuntary contraction of the exposed extremity; This can be avoided by

completely covering the area treated with high conductivity gel, such as used for ECG and EEG.

From the attached images, one can see previously the care of a recurrent case of

onychomycosis considered chronic, resistant to many topical treatments, and its final

resolution after several exposures to the SSTLC.

Unlike the original MWO of Lakhovsky, with the SSTLC the use of spiral electrodes is

superfluous, since it can more efficiently use the terminal pin, achieving discharges of 2-3 cm

with 50V of final feed, extremely secondary stream Small, modulating the average value by

setting the duty cycle in pulse mode (MP). The use of the Variac should not be limited to

the preliminary calibration or start-up of the system, but as an integral part of the "fine"

adjustment of the current and therefore of the output power, it is difficult to control

otherwise ( For example, the presence of resistive loads in series with the primary).

Operational functionality has yet to be field tested and, of course, the few cases exposed can

not be considered as the "therapeutic standard". This should be sought by the experts and

30

adapted to the specific characteristics of the patient.

• 432 Hz square wave quartz generator

To obtain a square wave signal of 432 Hz with a 50% duty cycle, of absolute precision,

generated by a simple circuit, which does not need calibration, is stable to the voltage

variations of power and with very low drift Thermal; Obviously, the choice lies in a quartz

oscillator. At this point I will explain how I followed the sizing of the components: I took all

the crystals in my power and calculated the relation between the nominal frequency and 432

(desired frequency), in search of figures that could give a report whose unit had a Minimum of

approach residues; The choice fell on the 5MHz quartz.

5000000/432 = 11,574.07 total drive error = 0.07

At this point I noticed a simple astable quartz oscillator of CMOS logic gates introducing the

5 MHz signal into a 12 bit CD4040 binary counter (pin 10).

To obtain a signal with a 50% duty cycle, I stopped counting half of the pulses needed to

generate 432 Hz, that is, 11574/2 = 5787 pulses (dual frequency).

Q0 Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Q11 Q12

Value 1 2 4 8 16 32 64 128 256 512 1028 2048 4096

Bit 1 1 1 1 1 1 1 1

5787 1 2 0 8 16 0 0 128 0 512 1028 0 4096

5787*2=11574

5.000.000/11574=432Hz

It is sufficient to check with a logic gate END (CD4068) when all bits Q0-Q1-Q3-Q4-Q7-Q9-

Q10-Q12 are in logic state "1" and use the output to reset the first binary counter and signal

Of the clock of the second splitter state CD4040, which will re-record the signal with the 50%

duty cycle in dual frequency Q1 of 864Hz, in order to finally remove the 432Hz square wave

signal in Q2 (pin 7 CD4040), with Accuracy and no additional calibration required.

Using the CD4011 logic gate marked "D" in the circuit diagram, it is possible to generate a

signal of 432 Hz, but in the duty cycle adjustable from 50% to 100%, adjusting the trimmer to

100k, than in the negative logic Can be used by the SSTLC in pulsed mode.

31

• Transforming S.S.L.C. In powerful RF Magnetotherapy

The final stages in MOSFET drive the primary of the Tesla coil, which as described above

appears to be a predominantly inductive or capacitive load according to the difference

between the generated and resonant frequency of the system. This means that by extracting

the primary from the secondary we can continue to feed the coil (5 turns) without changing

the functionality of the controller, but if we approach the primary to a biological tissue we are

using our S.S.T.L.C. In magnetotherapy mode R.F. With self-inducing effect on health,

something no less than incredible!

The only point of care has been to set the drive frequency to a minimum since in

magnetotherapy the primary is very inductive and the current is inversely proportional to the

applied frequency.

32

S.S.T.L.C Wiring Scheme - Final version

At this point in the process I have compiled enough information to be able to correct the

initial schematic design and to project the definite PCB, for a board size 200 x 150 mm, see

attached:

33

34

35

36

––––

37

Drilling plane Diameter (mm) Color

0.95 White

1.1 Yellow

1.5 Green

1.6 Pink

2.5 Red

3.25 Light blue

4 Purple

5 Orange

38

39

40

b

Component N. Description Code RS

Accessory 1 Ammeter Ferro M. 2.5A FS-Em70 / TL -Mega Electronics

Accessory * Ammeter Ferro M. 3A Gossen 202-940

Accessory 1 Acustic Box 4W 364-3341

Accessory 1 Metallic Box 222-064

Accessory 1 EMI Filter 6 A 213-7047

Accessory 3 Fuse holder 5x20 6.3A 250V

Accessory 1 Mecanic Timer 0-60 min .art.00520006-e22307

Accessory 1 Heatsink 100x60(80)x25(35)mm

Accessory 1 Stamped Circuit

Accessory 4 Potentiometer Knob

Accessory 1 External Variac min. 1000VA 347-3704

Accessory 1 Policarbonate Box for magnetotherapy Coil 266-3524

Accessory 1 Drill Bit 0,9 mm 664-251

Integrated

Circuit

1 CD4011

Integrated

Circuit

2 CD4040

Integrated

Circuit

1 CD4068

41

Integrated

Circuit

1 Driver Mos. UCC37321p 661-3233

Integrated

Circuit

1 Driver Mos. UCC37322p 661-3249

Integrated

Circuit

1 HEF4046

Integrated

Circuit

1 NE555

Integrated

Circuit

1 Regulator L200c

Capacitor 6 100 nF 50V ceramic or multilayer

Capacitor 1 1000 uF - 35V electrolitic

Capacitor 1 10nF ceramic

Capacitor 1 15nF ceramic

Capacitor 1 22nF polyester

Capacitor 2 150nF 600V MKP

Capacitor 2 18pF ceramic

Capacitor 1 1nF ceramic

Capacitor 2 1uF 600V MKP

Capacitor 1 1uF 60V polyester

Capacitor 2 220uF 25V electrolitic

Capacitor 1 330pF ceramic (maxim)

Capacitor 1 33uF 25V tantalium

Capacitor 1 470 uF - 35V electrolitic

Capacitor 2 680pF ceramic

Connector 1 Jack D3.5mm 2 Stereo contacts – headphones

Connector 1 Plug D3.5mm 2 Stereo contacts - headphones-

Connector 1 Stereo cable with sock 1,5 m for remote control

Connector 1 Housing with built-in lever 21:21 CK03I - ILME -

Connector 1 Connector Case without lever with pins vert.. CK03VS - ILME -

Connector 1 Jack 3+1 poli 21.21 10A-250V CKF03 - ILME -

Connector 1 Plug 3+1 poli 21.21 10A-250V CKM03 - ILME-

Connector 1 Jack NETWORK Blue panel (Out RF) 246-8290

Connector 1 Plug Blue Steering Wheel (Out RF) 246-8278

Connector 1 Jack LV from card- VOL.D.INT.2.1EST5.5L9.5

Connector 1 Plug LV coaxial power supply. D2.1mm

Connector 1 Plug network 3 poli 230V PC of panel (without fuse) 488-191

Diode 6 11DQ10 Schottky 1.1A 100V 395-2487

Diode 2 1N4007

Diode 7 1N4148

Diode 1 Led blue light 5mm

Diode 4 MUR1560 - fast 15A 600V - 60ns TO220 545-2939

Diode 4 Zener 15V 1W

Inductance 6 4.7mH from card

Switch 1 Panel lever 220V-4 A

Switch 1 Light Switch 2SC - I4713 ROSSO

42

Switch 4 Swivel Deviator Switch 3 pos. On-on flat da CS 712-7852

Switch 1 Swivel Deviator Switch 3 pos on-off-on flat da CS 712-7856

Switch 1 Relay 10A 1SC from card

Switch 1 Switch Panel Panel Button for Remote Control

Switch 1 Rubber Knob Switch (Irons) Remote C. Handle

Diode Bridge 1 4A cod. GBU4G-9408

Diode Bridge 1 8A cod. KBPC808

Potentiometer 1 10K linear PC16H

Potentiometer 1 22K linear PC16H

Potentiometer 1 47K linear PC16H

Crystal Quartz 1 5.000000 MHz - HC-49/U

Resistor 1

Resistor 1 10K

Resistor 2 120K

Resistor 1

Resistor 1 12K

Resistor 1 15K

Resistor 2 1K

Resistor 1 1K 0.5W

Resistor 1 1M

Resistor 1

Resistor 2 220K

Resistor 2 2K2

Resistor 1

Resistor 3 3K3

Resistor 2 4.7 5W

Transistor 1 IRF530 Mosfet canal N 100V 14A TO220

Transistor 2 IRFP460 542-9800

Transistor * IXFK26N90 711-5354

Transistor 1 TIP127

Transistor 1 TIP122

Transformer 1 0-220V // 0-70V_4A / 0-14V_2 A

Transformer 1 Toroidal Ferrite Core 467-4295

Trimmer 1 Vertical multigrain trimmer 100K cermet 3296W

VDR 2 V300K20 (VDR network filter)

VDR * Metal Oxide Varistors B72220S321K101 289-7711

Fan 1 Fan 220Vac Brush. On 80x80x38mm bearings

Socket for IC 2 DIL 14 pin

Socket for IC 3 DIL 16 pin

Socket for IC 3 DIL 8 pin

* Alternative

43

44

45

EQUIPMENT DESCRIPTION

A REMOTE CONTROL

B SWITCH ON, SWITCH ON-OFF

C OPERATING MODE SELECTION SWITCH

D ADJUSTMENT POTENTIOMETER T ON- T OFF IN MODE PM - VCD

E ANTENNA (disconnected in magnetotherapy)

F SELECTING FREQUENCY RANGE HIGH-MEDIUM-LOW CARRIER (HF-MF-LF)

G TUNER (fine tuning of the carrier frequency)

H EXTERNAL COIL CONNECTION SOCKET (female)

L SWITCH GENERAL

M AMMETER 3A-AC (connected in series to power supply)

N 0- 60 MINUTE ELECTROMECHANICAL TIMER

P AUDIO SIGNAL VOLUME 432HZ

Q DELAYED 2A FUSE (low voltage power supply)

R 4A RETARDED FUSES (220 V mains power)

S EXTERNAL TRANSFORMER CONNECTION JACK (VARIAC I / O)

T FIVALI POWER SUPPLY SELECTION (VARIAC 70VAC)

U NETWORK POWER SUPPLY (220V -50HZ)

46

• Description of the signals generated

The RF MAGNETOTHERAPY manages appropriate circuit solutions of the switching stages

capable of generating a square wave whose frequency is determined by the position of the

diverter to the central initialed zero (F) and the corresponding fine adjustment potentiometer

(G).

Tol. +-12% Minimum Frequency (kHz) Maximum Frequency (kHz)

LF 100 140

MF 140 180

HF 180 270

The energy supplied from the coil is PULSANT at 100 Hz, as in the image, and does not

produce thermal effects in biological permeated tissues, given its small intensity.

Complete Wave Mode

To the "carrier" signal whose frequency is adjusted by (F) is added a signal of independent

radio frequency between 3 and 5 MHz, generated by the reactive components of the final

power stages and the outer coil used, as can See the attached image (G).

47

To activate the "Pulsed Mode" function, move the first operating mode selector switch (C) to

C.W. A P.M. At this point you can decide which frequency and duty cycle to apply to the power

supply signal delivered.

I attach some examples of adjustment:

The selection of V.D.C. (Variable duty cycle) is the only setting that allows to continuously

adjust the duty cycle of the power inhibition signal from 2 to 98%, while modifying the

frequency of the same from about 600Hz to 23000Hz. Only VDC selection enables the use of

the two potentiometers marked Ton and Toff (D)

Along with electromagnetic stimulation of the tissues it is possible to acoustically stimulate

the patient using a weak audio signal of 432 Hz whose volume is adjustable by the

potentiometer (P) located at the rear.

Selected INDIFFERENT

48

BEFORE USE Check that the Main Switch (L) is in the "OFF" position, plug the power cord

into the Connector (T) and make sure that the external coil is connected to the respective blue

(H) female.

The insertion of the blue plug of the coil in the respective socket (H) provides a slight rotation

to the right at the end of the stroke, the electrical contact is guaranteed by the click of the

safety key present in it.

The decoupling of the coil must only be done to the equipment off (L = 0), this to avoid possible

damage to the power stages, the extraction of the plug must take place in relation to the

reverse mode to those described above.

USE OF MAGNETOTHERAPY OF R.F.

When the general switch (L) is set to "I", all the control steps of the driver will be enabled,

which is confirmed by the rise of the switch and the start of the internal fan. In the initial

phase there will be a significant current peak in the network due to the transformer inrush

current, which can only burn one or both of the 4A-T fuses in the back in exceptional cases,

although the restoration thereof Occasionally will not compromise the functionality of

magnetic therapy. The shutdown of the instrumentation must take place at the end of the

working day and not at the time of each therapeutic session, the duration of which can be

controlled through the micro Switch Power (B), through the use of the "remote control"

(Removable external button), or by the regulation of the electromechanical timer, adjustable

from 0 to 60min; When using the Accessory (with the timer button) the Power Switch (B) must

always be set to the "OFF" position.

After a delay of approximately 4-5 seconds after switching on the device (Switches L + B), the

click of an internal relay will open the power supply and a blue light will be on: the magnetic

therapy session may begin. The outer coil can be moved at will even during the operation of the

equipment, obviously excluding the withdrawal of the same from the back panel.

49

TURNING OFF MAGNETIC THERAPY

Closing at the end of the work day should include the following operations in sequence:

- Turn the ignition switch (B) to "OFF" by previously deactivating the timer and / or the button

on the remote control.

- Set the main switch (L) to "O"

MAINTENANCE

No maintenance has been planned except cleaning the individual components after turning the

device on and removing the power plug, using only a dry cloth or slightly moistened with water

and disinfectants, without alcohol or abrasives.

Connect the equipment to the mains voltage only after the appliance has completely dried.

50

MANUAL OF USE OF THE S.T.L.C.

- MAGNETOTHERAPY R. F.

The "G" knob called "TUNER" must be set to "1" and the "F" Switch must be set to "L.F."

SELECTED INDIFFERENT

P.M. 432 432 50%

C.W. V.C.D. 432 10%

Typical application: bone reconstitution

P.M. 432 432 50%

C.W. V.C.D. 432 10%

Typical application: soft tissue

P.M. 432 432 50%

C.W. V.C.D. 432 10%

Typical application: neural centers

- EFFLUVIOTHERAPY

In effluvio therapy to limit electricity, you need to set "ANTENNA -E" inserted y en modo

pulsado.

Resonance is sought by turning the "TUNER" with the "F" switch in the "HF" position and the

contact (one or both connected directly to the coil) within a short distance (7-8 cm) of

covered biological tissues With conductive gel.

Resonance is the "TUNER" with the "F" switch in the "HF" position and the contact (one or

both) Connected directly to the coil) at a short distance (7-8 cm) from biological tissues

covered with conductive gel.

The electric discharge is modulated by adjusting the two potentiometers "D" in V.D.C mode

P.M. 432 432

50%

C.W. V.C.D. 432 10%

51

O

P.M. 432 432 50%

C.W V.C.D. 432 10%

With the handle inserted in the TX coil, switch "F" must be in the "M.F." And the RX coil is

well connected to the 50 cm diameter open loop antenna.

- Lakhovsky Therapy

In Lakhovsky therapy in order to limit the current, it is necessary to work with

"ANTENNA -E-" inserted and in PULSE MODE, it is adjusted to resonance by turning the

"TUNER" with the "F" Switch in the "MF" And the two coils face and oppose each other, with

the diffuser ring connected.

P.M. 432 432 50%

C.W V.C.D. 432 10%

APPLICATIONS

In the literature of RF Magnetotherapy there is a large series of cases of curable diseases

with magnetic RF; The applications usually lasts an average of 30 minutes up to a maximum of

60 and the mobile coil of S.S.T.L.C. Can be placed as the pictures show:

52

53

Magnetic field produces, inside the body, induced currents that, in turn, create magnetic

fields as opposed to those that initiate the set as shown below:

The swirling action of electromagnetic fields within tissues has a highly stimulating effect on

immune functions, bone and reconstructive tissue, as well as many other properties widely

studied and used in therapy.

The electromagnetic stimulation we have achieved is very advanced, depending on the type of

induced stress and the range of harmonic frequencies generated.

Practical applications have demonstrated extraordinary results in terms of speed and

therapeutic efficiency in the annoying and painful periarthritis.

The most surprising result is related to cases of pulsed magnetic therapy by applying the coil

around the head (in P.M. with D.S. = 10%), to stimulate nerve centers compromised by

Parkinson's disease.

After several months of sitting, 1 hour of magnetotherapy on alternate days, the patient's

visit to the Center Besta (MI) had a leap from the chair of the

Primary who claimed to have never found such obvious results (he is not

It was still said what was done in addition to Levodopa), the doctor confirmed the lowest

possible drug dosage and postponed the next visit to one year. Electromagnetotherapy has

been studied by a large number of scientists such as Danilewski, D'Arsonval, Kukaba, Yasuda,

Bassett, Pilla, Fellus, etc. Their treatises are indisputable documents that testify how

Hertzian waves improve enzymatic kinetics Cell regeneration, viscosity, and blood oxygenation,

and have a wealth of therapeutic applications that are still partially unexplored. The action of

magnetotherapy can be enhanced by working the network voltage endorsers, in which case it is

mandatory to replace the used mosfet with two IXFK26N90 or equivalent, the therapeutic

54

action will be enormously superior as well as possible feelings of passion and subjective

discomfort or Pain (sometimes post-exposure), a symptom of re-activated metabolism.

Anyone wishing to transform their SSTLC into a MONOPOLAR magnetic therapy can insert a

switch in series with the gate of one of the IRFP460 MOSFETs, preferably at the "ferrite

transformer" connection in order to block the excitation signal thereto.

The property of inducing currents within biological tissues can be monitored using a simple

open loop, magnetotherapeutic coil size, with two antiparallel LED Diodes to the slot in the loop.

The attached photo shows a coil constructed from a common copper tube of 14 mm, wound in

the form of a circle of 160 mm outside diameter; To highlight the LEDs on with the SSTLC

active in the magnetotherapeutic mode.

One of the first doctors to use an electromagnetic trigger for the treatment of advanced

cancer cases was Dr. Kenneth MacLean of New York who said:

"Cancer CANNOT live in a strong magnetic field"! He personally exposed himself daily for 5

years to a magnetic field pulsed of 3600 gauss recovering among other things, the

pigmentation of the hair.

Electrotherapy

Effluvio therapy

Lakhovsky Therapy

Microcurrents play a fundamental therapeutic role in the resolution of many diseases, since

they induce microcurrents in biological tissues, predominantly by an electric field, which is

operating in the "electrotherapy" mode.

Energy developed by the SSTLC becomes an intense electric field of the Tesla coil which

operates in simple mode as "EFLUVIOTHERAPY" while double of this can operate in

55

"Lakhovsky Therapy" mode, as described above.

After a series of instrumental measurements and mathematical analysis, I decided to make

coils based on a fiberglass rigid pipe of 124 mm outside diameter, 1200 turns of enameled

copper wire with double insulation of 0.27 mm, all wrapped in A PVC tube 140 mm beige

(external) and sealed with neutral two-component epoxy resin. The primary has been wrapped

tightly around the secondary (cold side terminal, with white teflon) 5 turns of electrical cables

of 2.5 mm section.

By instrumental measurements I obtained the following data expressed as mean value:

Primary Inductance 5.80 microH

Secondary inductance 51.7 mH and related 135.6 ohms,

¼ wave resonance 228 kHz, terminal pin connected directly to the coil

¼ wave resonance 167 kHz with handpiece and probe connected directly to coil

¼ wave resonance 161 kHz with open loop from 50 cm connected to the coil

The supports were constructed in AISI304 stainless steel and stainless steel by assembling a

catalog of Rose & Krieger modules, according to the attached images.

Pos Description UM Quantity

1 4085000 Profile F50x50 MT 2.4

Cortado en N.4 Pz. L=600

3 4085000 Profile F50x50 MT 2

Cortado en N.4 Pz. L=500

5 4024101 Nodular angle 60 2 part NR 8

6 23400003000 Iron Clamp 30-50 NR 2

7 4086644 Wheel NR 8

8 4088421 Cover plate F50 NR 8

9 4000570 Profile black cover LG=20 NR 5

10 4026206 Grooved dowel High N NR 25

11 Tube Bar D.40 L-3000 Inox. NR 1

12 90307 Tube cap D.40 NR 2

13 114000000211 Clamp W40 NR 2

56

57

58

59

60

61

62

63

64

65

66

67

68

EFLUVIOTHERAPY

Effluvio-therapy involves direct contact of the high voltage discharge of the Tesla coil with

the area to be treated. In simple terms, the system is like having a capacitor whose dielectric

is air and the armatures are, respectively, the terminal connected to the Tesla ("hot") coil and

the biological tissue of the patient, the latter connected to ground. When the potential

difference in the terminals of the armature is higher than the breakdown voltage of the air,

part of an electric discharge (effluvium), whose intensity can be modulated by the

configuration of the SSTLC (working cycle, Variac), has to hit the treated zone; The latter

locally will be subject to great variations in both the electric and magnetic field almost without

time, achieving the famous "oscillating shock" so sought after by Lakhovsky. To avoid surface

burns due to electric shock, the treated area must be covered with a conductive gel layer.

Exposure of the image, without adequate current limitation and output power / absence of

conductive gel (see surface skin burning).

Instant energy release as infinite

Phenomena of enormous magnitude manifest themselves when the criteria for voltage or potential

difference is instantly disrupted as with a short circuit. The effect is analogous with the open circuit

of inductive current. Because the forcing voltage is instantly withdrawn the field explodes against the

bounding conductors with a velocity that may exceed light. By Eric Dollard "Wireless engineer"

By connecting the probe of the Tesla coil to a well insulated power cable we can take it far

from it and maneuver carefully with the insulated handle. The ignition voltage and discharge

force can also be modified by the connected terminal shape.

69

The electric field and the cell membrane

con ρm = 108 _m c=100Hz d=100kHz e=1MHz f=10MHz g=100MHz h=1GHz

The graph shows the gain of the electric field at the level of the poly (Gm_) membrane as a

function of the frequency of the applied field. At a frequency of approximately 250 kHz

S.S.T.L.C G = approx 700 times

The Fourier theorem establishes that any periodic signal can be considered as the sum of

infinite sinusoids with different characteristics, for example in the square wave exist only

harmonics of odd order.

This implies that any complex signal is rich in harmonics and therefore, therapeutically

effective in electromagnetotherapy, the intensity and duration remains to be determined.

- Coil: magnetic field sensor (5 turns of insulated 2.5 mm cable - 7 cm diameter)

- Capacitive electric field sensor (0-500 kHz) Copper plates 12 x 6 cm -. Spaced exactly 1 cm.

70

A) areas of cell differentiation

B) Gain of the pole field of the cell according to the frequency of the zone

C) field lines c = 100Hz d = 100kHx e = 1MHz f = 10MHz g = 100MHz h = 1GHz

I-n) SAR depending on the frequency of the zone (black = 0 W / kg to white> 2 W / kg) with

the corresponding thermal effect.

The response of a cellular system to the electric field changes much with frequency:

Below 100 kHz, the electric field "E" is almost excluded by the cell (predominantly pericellular),

while about 1 MHz the intracellular field is larger than the extracellular field in most of the

cell.

From 10 to 100 MHz, the impedance of the membrane is insignificant and the intracellular

resistivity is fully revealed, so the internal field is larger than the outside; From 1 to 10 GHz,

the electric field is almost uniform, making the cell "electrically invisible"

71

1) Thiruvallur Gowrishankar R. and James C. opinion * Harvard-MIT Division of Health Sciences

and Technology, Massachusetts Institute of Technology, Cambridge, MA 02139

Comparison with the Friedman system

By interposing between the corona discharge and the body surface, not a dielectric but a layer

of conductive gel and circumscribing the electric field with a plate located on the opposite side

of the body, intense EM action occurs in the depth of the tissues.

This application system eliminates all problems of sensation and unpleasant heating of tissues,

can also be used easily for extended periods (tens of minutes and not a few seconds as the FE-

DBD system).

The electric field strength and current density affecting deep tumor masses are several

orders of magnitude higher than the application of the torus at some distance so that therapy

sessions require very inadequate times. Shown below are the photos of a self-applied effluvio

therapy, maneuvering the electrode holder to direct the discharge of plasma over a covered

area of conductive gel, placed in the right forearm; The application lasted for a few minutes

without warming the skin, without burns or unpleasant sensations.

72

http://iopscience.iop.org/1367-2630/11/11/115020/pdf/1367-2630_11_11_115020.pdf (véase también el volumen:

Alexander Fridmann - Plasma Chemistry- Cambridge University Press 2008

Measurements with oscilloscope

A dual - channel PHILIPS - PM320 20 MHz oscilloscope and an antenna consisting of five coils

of insulated copper wire placed about 10 cm apart from the magnetotherapy coil are used, all

according to the following diagram

73

The carrier frequency can be set to a maximum range of approximately 100 and 400 kHz, it is

stylized in red in the image. We emphasize dampening with frequencies up to 5 MHz. The

amplitude of the signal PP is about 30 volts in the antenna to create induced current loops that

amount to approximately 3 mA.

By setting the time base of the oscilloscope in the "XDEFL" position and the trip coupling in

the "AC" position, a trigger condition is coupled by means of the Blocking Capacitor, ie with the

direct components blocked and, Then the channel "a" is selected in the selector of choice for

the horizontal deflection source (which may be an A-B - EXT - or LINE which is derived from

the mains voltage), the image shown In images 4 and 5.

74

In the mounting conditions visible in the photo, the time base is then started with the signal

derived from channel "A" in which the receiving antenna is connected.

R = 10 k_ flat antenna coils 5 diam. 200/100 mm.

5 coil windings D = 110 mm 20 mm.

The profile of the images obtained varies with the frequency of the RF carrier, as you can see

in the photos; The amplitude of the signal, in this case represented by the diameter of the

various coils, naturally varies in inverse ratio to the coil antenna distance, while changing the

design of the antenna and / or coil which produces a Profound alteration of the image itself.

These images are very interesting and deserve a theoretical study since its evolutionary

profile unmistakably evokes a chaotic attractor.

Figure 5 is strikingly similar to the three-dimensional trend of a Moore & Spiegel attractor;

The oscilloscope reproduces a very surprising three-dimensional effect.

75

The Moore-Spiegel system is a non-linear thermo-mechanical oscillator with displacement X

(t).

The "R" parameter is analogous to the Prandtl number, multiplied by the Rayleigh number, while

the "T" parameter is analogous to the Prandtl number multiplied by the Taylor number.

The system describes a vertically oscillating fluid element in a temperature gradient with a

linear force tending to restore the system.

The equations are:

X = y

Y = z

Z = - x - (T - R + Rx2) .y - T.x

Along with the Lorenz attractor system, the Moore-Spiegel system is one of the classical,

lower-order dynamic systems that demonstrate chaos.

The displacement (X) as a function of the time of this attractor is shown in the following table

which is also comparable to the damping of the signal through the coil of the SSTLC generator

(see photo 2)

(see the following website for simulation online)

http://demonstrations.wolfram.com/MooreSpiegelAttractor/

See:

An non-lineal thermically excited oscillator - NASA 1965

76

Synchronization of Moore and Spiegel NJ Balmforth and RV

Department of Theoretical Mechanics Craster, University of Nottingham, Nottingham,

NG7 2RD, United Kingdom

"Two or more dynamic systems may, in certain circumstances, be synchronized. All systems

converge to the same temporal behavior also when the underlying dynamics are chaotic.

There is no guarantee that this behavior will always be valid, even when it occurs, it can

terminate immediately if it also slightly modifies some system parameters.

Therefore, the methods by which this convergence can be achieved have become of great

interest.

In addition to the self-interest for synchronization, there are also a wide variety of

subject applications, these include encryption, neural networks, electrical circuits and laser

couplings.

This article explores the poorly studied behavior of an oscillator and its synchronization

properties.

This study is included in a more general approach that sheds light on the synchronization

process in general and on the properties of a broad class of dynamic systems. "

77

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Premise

All measurements are based on the voltage and peak-to-peak current and on the generator's

continuous wave operation, should be considered only as a guide to the measured values given

the complexity of the systems involved (body interference, body characteristics etc. .)

Thermal evaluations should also be considered valid only by comparison between different

cases and not as absolute values.

A) Effluviotherapy measurements

Discharge (Plasma) Handpiece point to 3 cm. from conductor Gel V1 = 1100 V/mm * 30 mm = 33000 Volt

Gel conductor Layer 4 cm. side S = 0,0016 m 2

6 cm Forearm

MetaLlic Plate with Gel Oscilloscope

TESLA COIL 260 kHz Puls. = 432 Hz - DC=10%

V2 = 0,7 Volt 0 Volt

Resistor 4,7 ?

Mass Resistor (inductive charge practically nule) Ground

I puls. = V/R 0,15 Amp. ( current during discharge ) J = I puls/S 93,1 A/mq (during discharge )

Physiologic current through biologic tissues . 10 mA/mq During discharge cells with a density of are excited 9309 voltaje higher to physiologic values

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(1) According to M. Tylbury: The Ultimate Tesla Coil Design (Mc Graw Hill - 2008), the typical resistance of

rarefied air is approx. 220 kOhm

Under the same conditions of measurement:

1) Replacing a pointed spindle with a pointed spindle Diameter 12 mm. Which has the following characteristics: - Capacity 0.6 pF - MAX voltage before discharge 17.5 kVolt (Naturally discharge into the air as soon as the system resonates) Held at about 3 cm. From the gel it detects: Vl = 20 volts then: R1 = 100 kOhms R2 = 1.5 kOhms Reduction ratio Rr = (R1 + R2) / R2 = 67.7 Voltage at point VX (contact with table) = VP * Rr = 1353 Volt pp

2) Replacing the aligned tip with an aluminum toroidal Diameter 10 cm. (Ring Φ 3 cm.) Which has the following characteristics: - Capacitance 4.6 pF - MAX voltage before discharge 151 kVolt (Of course, DO NOT discharge into the air when resonant and the voltage measured with a screwdriver bit Is 132 kV having detected a discharge at 12 cm distance) Held at about 3/4 cm. From the gel it detects: Vl> 9 volts then: R1 = 277 kOhms R2 = 1.5 kOhms (Changed R1) Reduction ratio Rr = (R1 + R2) / R2 = 185.7 Voltage at point VX (contact with table) = Vl * Rr> 1671 Volt pp

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Measurement of Body Voltage Depending on Distance

As you can see and logically, the tension on the body depends on two factors:

1) Directly proportional to the resistance of the part crossed by current

2) Contrary to the toroid-body dissolution

N.B. If you connect a second coil (Lak. System) to the mass of the first, you notice a significant increase in tension on the body

As well as the typical trend of the repetitive signal.

The above is not always true as there is one and only maximum gain position:

The two coils must be aligned as well as the ideal distance between the two must be identified through a NEON spy spot

On board the induced coil (see diagram and photo)

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D) Electrical field measurements in different conditions

Compared to the intensity of the electric field created by a Tesla coil with a naked toroid (10 cm d.e. / 4 cm

d.i.) and a toroid of the same coated measurements

With approx. 2 cm. of two-component epoxy resin (max elec. Strange = 27 kV / mm) and then rested without

risk of discharge directly on the body (see diagram).

As a measuring system, a "capacitive sensor" has been used which is correctly applicable for variable fields in

the order of a few hundred kHz (so-called case).

The voltage detectable at the head of an armature of a flat air condenser is proportional to the orthogonal

component of the electric field present at the point where it is positioned the sensor:

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The measurements made with the capacitive sensor are definitely valid as it is confirmed by the simulation

shown in the graph of the electric field (Violet) and voltage (blue) in the capacitor plates. As you can see the

average value of the Electric Range is about 1500 V / m while the peak voltage is approx. 12 volts

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As the terminal modification is detected, the resonance frequency and the intensity of the electric field are

changed significantly by the same condition as the main condition intensity then builds up the coated toroid

directly to prevent discharge, on the body as follows and its measures:

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When the toroid is distant from the body, intended as a load to the ground, its voltage is at its maximum as

there is a minimum current flow to earth, by approaching the Toroid to the body, the total energy of the

system is kept constant by decreasing the voltage on the body and the toroid and corresponding increase of

the current flowing through the body.

Of course, the voltage on the body varies according to the position of the ground discharge plate, if the

ground plate is placed behind the subject and not at the feet, as in the diagram, it reduces the body's

strength by reducing the cross-section and thus increases the current as well as obviously the therapeutic

force.

The following simulations therefore relate to a Toroid application coated with a subject's chest and the

ground plate is placed behind it.

E) MISCELLANEOUS APPLICATIONS

Consider the latest application example to further develop manual calculations, to run simulations with

dedicated software to be able to approach as much as possible to the real conditions that can be created

within the human subject subject to the electromagnetic fields created by a system of Tesla resonant.

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Body Power Consumption = 105 W Body Voltage = 110 Volt

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Average Current Density in Body = 50 A / mq

Average Current Density in Tumor = 75 A / mq

Considering that 1 Watt = 1 J / sec. It is possible to calculate the heating speed (VR) of the respective tissues

in the area subject to the applied field, note the density and the thermal capacity (CT) of the affected tissues

based on the mean SAR values in their respective areas. For all cases, a cooling (- Wr) is considered to be

approx. 5000 W / mc due to blood perfusion in the normally sprayed tissues, and approx. 1000 W / mc for

less sprayed tumor tissues.

Heating measured refers to continuous and non-pulsating generator (CW mode) operation, in case of pulsed

therapy with D.C. Of 10% heating would be virtually null.

# Previous data show that the power used by the carp is 105 watts, so considering field losses in the

environment and thermal losses of the generator it is necessary to have at least 250 watts of actual power.

If instead you use a generator capable of delivering at least 1000 W of which approx. 400 Watt absorbed by

the body, and running it in CW mode heating fabrics can be calculated using the same simulations. :

Body Power Consumption = 420 W Body Voltage = 310 Volt Average Current Density in Body = 85 A / mq

Average Current Density in Tumor = 150 A/mq

Electrical field in fabrics = 3600 V / m

Electrical field in Tumor = 370 V/m

Body = 3,73 °C/min.

Vr = Δt = 3,36 °C/min.

Tumor = 0,37 °C/min.

In this case it is necessary to cool the water with the skin as it is a real hyperthermia at RF but not suitable for

the high temperature difference between the tissues.

A different application mode inspired by the Lakhovsky system is now explored and illustrated in the

following drawing:

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Considering that 1 Watt = 1 J / sec. It is possible to calculate the heating speed (VR) of the respective tissues

in the area subject to the applied field, note the density and the thermal capacity (CT) of the affected tissues

based on the mean SAR values in their respective areas.

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If theoretical values are confirmed experimentally, this system, is certainly ideal as it operates in CW or D.C.

High you could do a purely hyperthermic treatment, but very effective and safe considering an obviously

better thermal distribution (ΔT = very low)

Comparison data are given for a typical Hyperthermia application at 13.56 Mhz - 750 Volt to the drive plate

with 1000 W equipment, of which approx. 400 used, taking into account naturally the electrical

characteristics of the fabrics at the aforementioned frequency

Absorbed Potence = 400 W Body Voltage = 240 Volt Average Current Density in Body = 75 A / mq

Average Current Density in Tumor = 350 A/mq

Body = 4,25 °C/min.

Vr = Δt = 2,19 °C/min.

Tumor = 2,07 °C/min.

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As you find the heating system is very effective but also, unfortunately, very unbalanced as to keep it to approx. 43-44 ° C the tumor mass was forced to bring to approx. 45-47 ° C. The surrounding tissues, while the superficial ones are kept at acceptable values due to the circulation of cold water at the skin. From comparisons made it follows that a hyperthermia system, based on N. Tesla's technology and with application modes according to the experiences of G. Lakhovsky, is much more valid and secure than the traditional system in use. Below are the results obtained by a classical Lachovsky system with 750 kHz resonant antennas, about 1.3 mt away with a voltage on the antennas of ca. +/- 350 kVolt:

Absorbed Potence = 214 W Body Voltage = 25 Volt Average Current Density in Body = 16 A / mq

Average Current Density in Tumor = 80 A/mq

Body = 0,01 °C/min.

Vr = Δt = -0.07 °C/min.

Tumor = 0,09 °C/min.

As we can see, given the considerable distance of the antennas from the body, one can not absolutely think

of any increase in temperature even in CW mode.

From comparisons made it follows that a hyperthermia system, based on N. Tesla's technology and with

application modes according to the experiences of G. Lakhovsky, is definitely more valid and secure than the

traditional system in use.

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If the theoretical data have to be confirmed by practical tests by measuring the temperature increase of any

material with characteristics of permittivity and conductivity close to those of a living tissue, it can be said

that the equipment ultimately realized would be in the condition of:

- Therapy Lak. Original with toroids closer to the body

- Effluent therapy

- Magneto-therapy revolutionary

- Extremely effective and balanced hyperthermia

Electrical field and "Electromagnetic chaos"

This chapter will explain complex concepts in simple terms, not to educate scholars, but to

clarify the subject in a simple way. Who has been lucky enough to see the operation of an

original MWO has noticed a curious phenomenon, namely the functional blackout of any

electronic equipment that is placed in the immediate vicinity, due to the intense electric field

produced ("electromagnetic chaos" ). The famous Lakhovsky antennas are made up of circular,

concentric, suspended and at the same time isolated oscillating circuits of the other. But how

does an isolated and open ring resonate and radiate energy?

The answer is simple, it must suffer a "shock", which has to be moved from its state of

equilibrium by intense and sudden stress, in the case of the exciting MWO is the electric field

of the Tesla coil, which acts on the antennas as in any resonant electric system in the vicinity,

like a hammer striking a fretboard. Can the biological cell be considered as a resonant

electrical system? The scientific world now unanimously considers that the biological cell is a

resonant electrical system that has an adequate capacitance value (also demonstrates the

membrane potential: charge of the "cell capacitor") and a self-induction (DNA double helix is

the same that a coil, chondriomas and chromosomes can be compared to monofilar antennas,

etc.) therefore has a very precise self-oscillation frequency. The resonance frequency varies

from cell to cell, but as there are several MWO rings, all resonate excited by variations in the

electric field, just as they stimulate the cells of the biological complex interposed between

the two MWO antennas. After a Lakhovsky therapy many feel the sensation of "recharging"

their body, which is transformed into a state of general well-being and vigor.

Lakhovsky therapy involves the increase of the immune system, can be curative, and also

prophylactic, I quote the author:

"... Exposure to the radiation of the device once a week or even once every two weeks is almost

safe to prevent colds and flu, the body is strengthened so that it can fight victoriously against

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all the pathogenic causes And cancer itself. "

G. Lakhovsky

The whole of the electromagnetic fields produced by the MWO and the resonant circuits

create in the vicinity an indescribable and incomparable "electromagnetic chaos", which

consists of the fundamental frequency, harmonics and diverse interferences.

Are electromagnetic fields therapeutic or harmful?

Despite appearances, the answer is simple: just as a glass of water can be therapeutic, but the

water of a river can flood an E. M .; may be therapeutic, but in excess can cause a state of

induced biological saturation and thus disease! Next, the "quality" of water (ie EM fields) is

also analyzed ... The problem is not, therefore, the electromagnetic field, but the type and

dose (exposure time). In describing the principles of MWO, Lakhovsky dictated the

parameters for assessing therapeutic efficacy of ALL electromagnetic therapy devices that

have occurred in 82 years.

"... We know that in physics a damped high-frequency current-fed circuit produces many

harmonics, and then I had the idea of creating an MWO device that would generate a field in

which each cell could find its own frequency."

G. Lakhovsky

1) High Frequency: Lakhovsky uses resonators from 750-1000 kHz, but nothing prevents the

use of another R. F. As long as it is "damped"!

2) The original multi-wave oscillators generate an infinite number of R. F. but above all a huge

alternating electric field due to the Tesla coil.

With "retrospective" it is seen that the obligation to have R.F. buffered allows to center the

intensity value of the field E.M. So as to promote the phenomenon of the tunnel effect,

studied in recent years by scientists like Zhadin who emphasize the importance of:

1) the frequency of the signal (eg cyclotron frequency)

2) its intensity (the famous greek professor Panos Pappas, says: "the greater the magnetic

pulsations, the greater the activation of the internal degrees of freedom of the molecules,

which are biosynthesis factors and therefore improve the bioenergy of a Living system. ")

3) the presence of the geomagnetic field

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The Liboff-Zhadin experiment (1984-1994) shows that an alternating magnetic field at a very

low frequency (ELF), also called cyclotron placed perpendicular to the geomagnetic field, can

react biological elements. If all exchanges in cell membranes (with potential) are considered to

be electrochemical, Zhadin effect may alter metabolism. An electric field always produces an

electric current that however small, if not deviated, will follow the current lines of the same

field. An electric current in turn generates a concentric magnetic field with the flow of

electrons as in the attached images, so it is evident that by placing two resonators of the

MWO in a terrestrial meridian, the magnetic fields generated by the induced currents (by the

electric field) of Tesla coils, will be flat and perpendicular to the meridian placed in position to

favor the cyclotron rotation of molecules of the biological process, structurally like in the

experiment of Liboff-Zhadin, different frequencies for a single use (HF in Place of ELF) and

generated spectrum. It would be interesting to replicate the Liboff-Zhadin experiment by

eliminating the variable field and putting in place a strong magnetic field (electric field

counterpart with the effluvium), in line with the magnetic / geomagnetic field constant, and

scientifically analyzing the effects . Or eventually simulate the behavior of the electric field

with a single cable current path, aligned with the earth's meridian.

Users who have practiced Lakhovsky therapy in recent years recommend placing the

transmitter in the North and the receiver in the South, if possible by focusing the patient

(during therapy) on a Hartmann node, and this by searching for the lowest possible impedance

in the grounding of the Tesla coils. Usually, a functional disorder increases the electrical

resistance of the biological organ, while an inflammation increases the conductivity of the

organ, all results in electrical measurements, also detectable by magnetogram not only the

heart and brain but any other organ, problem is only for data interpretation.

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The great biologist Albert Szent-Gyorgyi in 1957 stated that any biological substance is

incapable of functioning without water or electromagnetic fields and, after having said that it

would remember that water in humans is about 99% of the molar concentration and provides

stable electromagnetic fields to orient and attract biological molecules that determine

concentration and flow, all due to resonance. The dynamic force behind cellular encounters is

the electromagnetic field. All living beings react to electromagnetic fields. Luc Montagnier

showed that even DNA and RNA emit, so that there are specific electromagnetic signals

related to each disease. If living matter loses its order loses its proper functioning and

disease appears, all in perfect agreement with the modern theory of the coherence of the

water domain: in the water there are domains of coherence, that is, structures / groupings

united by a force that groups them in different ways.

Perhaps we should read Lakhovsky's writings on studying the correlation between water and

cancer, when he said that we should only drink water that is under our feet (the only one that

is in harmony / resonance with the environment that surrounds us ), Or when he described the

difference between the pathogenic bacteria and the symbiotic ones assumed in the type of

electromagnetic radiation, divided in the first case and chords in the second, with the

individual resonance field. That the void is NOT "empty" affirmed it long before the

experimental test of the Lamb change was discovered that the vacuum contains fluctuating

electromagnetic fields, and the subject of resonance as an element that moves both the

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infinitely large (universe) and the "infinitely small (ion) wrote a book with the unequivocal title:

"L 'UNIVERSIONE"!

A curious document by Lakhovsky documents how Dr. Ch. Hulin from Salpetriere could

regenerate and ossify teeth affected by periodontal disease or alveolar periodontitis in two

phases (6 cycles):

1) Transformation of the gingival connective tissue, packed cells of the reticuloendothelial

system, into an inert or sclerotic tissue, through intragingival injections of 1% solution of

quinine-urea solution

2) secondary sclerotic tissue recalcification by 20 minutes of calcium chloride ionization (1%)

using the multiple wave oscillators.

Unthinkable results with other therapies while still unparalleled!

In fact Lakhovsky laid the foundation for iontophoresis, ie the therapeutic application of

electrophoresis, which consists of passing through the skin using galvanic current, medicinal

substances, interposed between the skin and an electrode; A concept that today goes so far as

to talk about Magnetopharmacology, the interaction and / or the joint action of drugs with

pulsed magnetic fields.

R.I.F.E. (Resonance-Initiated Field Effects) and SSTLC

Anyone wishing to test the frequencies R.I.F.E. To handle an SSTLC you can simply download

from the network one of the many software available, such as the Frex16:

Http://www.frex.com.au/about.html

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And use the sound card to control both the magnetic RF and the Tesla coil by simply replacing

the NE555 with a socket interface, which can be soldered directly onto the attached

components, and interrupting a 1k Resistor terminal connected to pin 3 of the NE555.

By using the preamplified signal to the headphones can replace a germanium BJT transistor

with a silicon type BC547, you can also reduce the resistance to 1M.

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Magnetic Field Measurement

If you want to calculate the effective values, the mean value of the signal should be taken into account with respect to the

peak value as well as the value 1 / √2, Moreover, the signal profile for which the following correction coefficients apply:

Sinusoidal = 1.1 Triangular = 1.155 Square = 1

So with a rectangular signal: (1) f . em 41eff .N f 2

Now you want to measure the magnetic flux produced in any way from a source, for example a coil powered by a

generator signal, using a coil sensor connected to an oscilloscope that displays the signal and measures its amplitude in

the corresponding at f. em. induced by the field source to the sensor.

"A magnetic field in the kHz order can be corrected by using an inductive sensor connected to an oscilloscope.

The integral of the voltage detected at the spire heads is proportional to the magnetic induction B "(from Ing. Faba-

Università Perugia-Electrical Engineering Applications)

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Acknowledgement

I thank my family for not allowing me to regret myself all the time I have taken away with my

own experiments. Thanks to Mr. Renato D. consultant and executive operator of SSTLC in its

final version, technician of incomparable mastery.

Thanks to Mr. Emmanuel T. for the volcanic technical imagination and the stimulus given to the

project.

Thanks to Mr. Thomas N. for his financial support and to Dr. Paul P. for the help in medical

experimentation that we will start in the projects of Georges Lakhovsky and Nikola Tesla.

In the visible world as in the invisible, ALL is vibration. It is implied to think in terms of

oscillations, interferences and resonance fields, created at multiple levels of the universe. In

vibrational physics all biological processes are dependent on the iterations between the

electromagnetic and gravitational fields, the model of energy flow at any level and scale of

existence, acquires the toroidal structure as the energy pattern of life. The greatest prison

of humanity is the fear of the judgment of others, abandoning this inhibition makes us aware

of the enslavement in which we have lived. Against the reality of the facts no scientific theory

can refute the truth that prevails over everything.

In some of his writings Lakhovsky writes:

"In my life I have had many successes, but also some setbacks" as to emphasize that electrotherapy in expert hands can do great things, but it can not be the solution to all the problems of life, and that if there is a rule there is also Its exception, especially in the field of biology. I end with a quotation from Lakhovsky that can be extended to all his research, and also to all people of goodwill who aspire to the highest good of others:

"May the civilized world take advantage and make the best use of this."

TESLA COILS OFFER DANGER OF ELECTROCUTION AND PRODUCE OZONE, GREAT

QUANTITY OF NITROGEN OXIDES, AND UV LIGHT. TESLA COIL CAN DAMAGE

SENSITIVE ELECTRONIC EQUIPMENT AND SHOULD NOT BE USED NEAR PEOPLE

WHO HAVE PACEMAKERS, HEARING AID AND / OR INSULIN PUMPS.

This document has been prepared for information purposes only to describe some personal

experiences. Its clinical use or prescription is prohibited. The reader is warned that there are

potential risks arising from the misuse of electronic equipment and high-frequency high-

voltage equipment, in serious diseases and with unskilled personnel, therapeutic trials should

always be carried out only under direct medical liability.

By Moreno