DPE Science

Quantum Mechanical Explanation of Photonic Processes of the DPE 100

The first basic aspect to consider is the concept of radiated energy and more specifically that of the photon particle. This massless particle, with zero electric charge and whole spin, elementary constituent of electromagnetic radiation; it is also called the quantum of energy.

Properties of photons:

• Photons always move at the speed of light.

• Photons are electrically neutral.

• Photons have no mass, but have energy E = hf = hc / λ. Here h = 6.626 * 10-34 Js is a universal constant called Planck constant. The energy of each photon is inversely proportional to the wavelength of the associated EM wave. The shorter the wavelength, the more energetic the photon, the longer the wavelength, the less energetic is the photon.

A laser beam and a microwave beam can carry the same amount of energy. In this case the laser beam contains a smaller number of photons, but each photon in the laser beam has an energy higher than that of the photons in the microwave beam.

• Photons can be created and destroyed. When a source emits EM waves, photons are created. When photons encounter matter, they can be absorbed and transfer their energy to atoms and molecules. The creation and destruction of photons must conserve energy and momentum. The magnitude of the momentum of a photon is

p = hf / c = h / λ.

We have discovered that all the electromagnetic signal transmitters together create a veritable sea of photonic waves floating on the Earth's surface. But all this energy from where it is extracted? An atom absorbs and emits photons when an electron moves from one energy level to another.

In a quantum atom the electrons are negatively charged particles that orbit around the atom in a given energetic level, on an orbital of a particular shape and orientation (sub-level). the excited electron spontaneously loses energy and, due to the attraction force of the atomic nucleus, it moves again on a more internal energetic level (energy jump towards the inside). The innermost energy level requires less energy than the previous one.

Therefore, to stabilize on the new orbital the electron must release the excess energy in the form of a photon. In this way, the electron loses the excited state and returns to the initial fundamental state. The energy jump on the innermost orbit determines the emission of the photon by the atom. At this time and only at this moment, an irradiation of energy towards the outside occurs from the electrons of the atom.

There is another aspect to consider when releasing photonic energy and it is the Mössbauer effect. It describes the following phenomenon: "A nucleus with Z protons and N neutrons that is in an excited state of energy Ee, makes a transition to the ground state of energy Eg by emitting a photon of energy .-E E e g This photon can be absorbed by a nucleus of the same type (ie with the same values of Z and N) that is in the ground state causing a transition to the excited state of energy Ee; this phenomenon is called resonance absorption and occurs because the energy of the photon emitted by the first nucleus is equal to the energy difference between the fundamental level and the excited level of the second nucleus. On some nuclei, such as the, 57 26Fe when the atom is in the gaseous state and is therefore free to move, the phenomenon of absorption by resonance does not manifest itself as it occurs when the atom is in an iron block; this phenomenon is known as the Mossbauer effect ”.

Correlation of the DPE 100 and Photonic activity of the species

As already explained before we know that the photonic frequency of the life of this planet is of 13.4 Hz, every mineral species, vegetable, animal and man included has specific frequencies where it is possible for that species to survive. When these parameters are less in a certain area more or less extensive we have phenomena like this: This selective species death is exactly due to the exceeding of the threshold of the parameter of that species and therefore in that area the other species survive because they have different parameters and one instead dies in mass.

For the human species, the tolerance of life is below 0.05 kHz, above this threshold the life of man is compromised. The ideal threshold for humans is 0.01 kHz or 10 Hz.

This is exactly what DPE 100 creates, as microwaves and other harmful frequencies prefer absorption through it rather than being picked up first by the body of Man or animal.

We have to open our mind to a knowledge that has long been denied or distorted ... and that is that man is made of light and frequencies, magnetism and electricity .... this is .... and we answer in harmony to specific laws and parameters ....

We will give a brief about it:

Man is made of light and frequencies ....

Biophotonics Biophotonics

To understand Biophotonics, we must necessarily give a nod to how light interacts with biology through biophotons and the discoveries of Prof. Fritz-Albert Popp. Studying the effect of radiation on living systems, Professor Popp came across some very interesting properties of carcinogenic chemical compounds: these compounds act as "remixers of frequencies" in a very precise range, that of the 380 nanometers. The light we see around us is generally composed of a set of infinite components, each with a precise frequency and wavelength (the wavelength is equal to the speed of light divided by frequency, then a single component of light can be characterized uniquely by any of the two parameters). Biophotonic radiation is used by the cells of a living organism for one sort of very efficient inter-cellular electromagnetic communication, which is also exchanged between organisms of the same species (from bacteria to water fleas), and the living molecule that more than any other is deputed to the reception and transmission of bio-photons is DNA.

All of these discoveries combined destroyed the entire axiomatic construct of orthodox biology founded on the primacy of DNA and opened the way to the new biology based on undulatory genetics and epigenetics (branch of molecular biology that studies genetic mutations and transmission of inherited traits not directly attributable to the DNA sequence).

Specifically using the benefit of this technology in the inner part of the product that touches the skin, tissue has been positioned with exactly the wavelength of 380 nanometers. This enables the speeding up of tissue repair and the recovery and healing process, as this information is constantly transmitted to the cells.

This makes us understand how close the relationship between photons, frequencies in the human species is and also gives us the real explanation of the reasons that generate diseases and why, contrary to a greater knowledge in the medical scientific field there is a greater onset of diseases and also of types that were previously extremely rare.


Scientists have tried to investigate whether humans belong on the list of magnetically sensitive organisms. For decades, there’s been a back-and-forth between positive reports and failures to demonstrate the trait in people, with seemingly endless controversy. The mixed results in people may be due to the fact that virtually all past studies relied on behavioral decisions from the participants. If human beings do possess a magnetic sense, daily experience suggests that it would be very weak or deeply subconscious. Such faint impressions could easily be misinterpreted – or just plain missed – when trying to make decisions.

So a research group – including a geophysical biologist, a cognitive neuroscientist and a neuro-engineer – took another approach. What they found arguably provides the first concrete neuroscientific evidence that humans do have a geomagnetic sense.

The Earth is surrounded by a magnetic field, generated by the movement of the planet’s liquid core. It’s why a magnetic compass points north. At Earth’s surface, this magnetic field is fairly weak, about 100 times weaker than that of a refrigerator magnet.

Over the past 50 years or so, scientists have shown that hundreds of organisms in nearly all branches of the bacterial, protist and animal kingdoms have the ability to detect and respond to this geomagnetic field. In some animals – such as honey bees – the geomagnetic behavioral responses are as strong as the responses to light, odor or touch. Biologists have identified strong responses in vertebrates ranging from fish, amphibians, reptiles, numerous birds and a diverse variety of mammals including whales, rodents, bats, cows and dogs the last of which can be trained to find a hidden bar magnet. In all of these cases, the animals are using the geomagnetic field as components of their homing and navigation abilities, along with other cues like sight, smell and hearing.

Skeptics dismissed early reports of these responses, largely because there didn’t seem to be a biophysical mechanism that could translate the Earth’s weak geomagnetic field into strong neural signals. This view was dramatically changed by the discovery that living cells have the ability to build nanocrystals of the ferromagnetic mineral magnetite basically, tiny iron magnets. Biogenic crystals of magnetite were first seen in the teeth of one group of mollusks, later in bacteria, and then in a variety of other organisms ranging from protists and animals such as insects, fish and mammals, including within tissues of the human brain.

Chains of magnetosomes from a sockeye salmon. Mann, Sparks, Walker & Kirschvink, 1988, CC BY-ND

Nevertheless, scientists haven’t considered humans to be magnetically sensitive organisms. Manipulating the magnetic field

Schematic drawing of the human magnetoreception test chamber at Caltech. Modified from 'Center of attraction' by C. Bickel (Hand, 2016).

In this new study, we asked 34 participants simply to sit in our testing chamber while we directly recorded electrical activity in their brains with electroencephalography (EEG). Our modified Faraday cage included a set of 3-axis coils that let us create controlled magnetic fields of high uniformity via electric current we ran through its wires. Since we live in midlatitudes of the Northern Hemisphere, the environmental magnetic field in our lab dips downwards to the north at about 60 degrees from horizontal.

In normal life, when someone rotates their head – say, nodding up and down or turning the head from left to right – the direction of the geomagnetic field (which remains constant in space) will shift relative to their skull. This is no surprise to the subject’s brain, as it directed the muscles to move the head in the appropriate fashion in the first place.

Study participants sat in the experimental chamber facing north, while the downwards-pointing field rotated clockwise (blue arrow) from northwest to northeast or counterclockwise (red arrow) from northeast to northwest.

Magnetic Field Laboratory, Caltech, CC BY-ND

In this experimental chamber, it was possible to move the magnetic field silently relative to the brain, but without the brain having initiated any signal to move the head. This is comparable to situations when your head or trunk is passively rotated by somebody else, or when you’re a passenger in a vehicle which rotates. In those cases, though, your body will still register vestibular signals about its position in space, along with the magnetic field changes – in contrast, our experimental stimulation was only a magnetic field shift. When we shifted the magnetic field in the chamber, our participants did not experience any obvious feelings. The EEG data, on the other hand, revealed that certain magnetic field rotations could trigger strong and reproducible brain responses. One EEG pattern known from existing research, called alpha-ERD (event-related desynchronization), typically shows up when a person suddenly detects and processes a sensory stimulus. The brains were “concerned” with the unexpected change in the magnetic field direction, and this triggered the alpha-wave reduction. That we saw such alpha-ERD patterns in response to simple magnetic rotations is powerful evidence for human magnetoreception.

Our participants’ brains only responded when the vertical component of the field was pointing downwards at about 60 degrees (while horizontally rotating), as it does naturally here in Pasadena, California. They did not respond to unnatural directions of the magnetic field – such as when it pointed upwards. We suggest the response is tuned to natural stimuli, reflecting a biological mechanism that has been shaped by natural selection.

The researchers have shown that animals’ brains filter magnetic signals, only responding to those that are environmentally relevant. It makes sense to reject any magnetic signal that is too far away from the natural values because it most likely is from a magnetic anomaly - a lightning strike, or lodestone deposit in the ground, for example. One early report on birds showed that robins stop using the geomagnetic field if the strength is more than about 25 percent different from what they were used to. It’s possible this tendency might be why previous researchers had trouble identifying this magnetic sense – if they cranked up the strength of the magnetic field to “help” subjects detect it, they might have instead ensured that subjects’ brains ignored it.

Moreover, this series of experiments show that the receptor mechanism – the biological magnetometer in human beings – is not electrical induction, and can tell north from south. This latter feature rules out completely the so-called “quantum compass” or “cryptochrome” mechanism which is popular these days in the animal literature on magnetoreception. Our results are consistent only with functional magnetoreceptor cells based on the biological magnetite hypothesis. Note that a magnetite-based system can also explain all of the behavioral effects in birds that promoted the rise of the quantum compass hypothesis.

The participants to the experiment were all unaware of the magnetic field shifts and their brain responses. They felt that nothing had happened during the whole experiment – they’d just sat alone in dark silence for an hour. Underneath, though, their brains revealed a wide range of differences. Some brains showed almost no reaction, while other brains had alpha waves that shrank to half their normal size after a magnetic field shift.

It remains to be seen what these hidden reactions might mean for human behavioral capabilities.

A human response to Earth-strength magnetic fields might seem surprising. But given the evidence for magnetic sensation in our animal ancestors, it might be more surprising if humans had completely lost every last piece of the system. Thus far, we’ve found evidence that people have working magnetic sensors sending signals to the brain – a previously unknown sensory ability in the subconscious human mind. The full extent of our magnetic inheritance remains to be discovered.



Electronic explanation of the DPE 100 processes

Summarizing then and simplifying the concept from an electronic point of view the DPE 100 behaves like a Diode ....

In fact the diode is an active non-linear two-terminal electronic component (bipole), whose ideal function is to allow the flow of electric current in one direction and to block it almost totally in the other (this is not true in the case of Zener diodes, tunnel diode or pin, resonant tunneling diode).

In fact, we can define the DPE 100 as a flow rectifier that conveys only in one sense the energy that flows through it and fluidifies it by transmitting it to the Earth that is its Condenser. The condenser (also known as capacitor) is an electrical component that stores energy in an electrostatic field, which creates a potential difference. In circuit theory, the capacitor is an ideal component that can maintain the charge and energy accumulated to infinity. The energy stored in a capacitor is equal to the work done to charge it.

The difference between the condenser and the Earth is in this detail that science has yet to understand:

The capacitors have a more brutal way of manifesting problems of dissipation that are too high, they "pierce" and short-circuit or explode, in all cases the cycle is not reversible, the damage is permanent. In jargon it is said that they "pierce" when a hole is created in the insulation between two conductive layers. This happens because the temperature is too high to be supported by the insulating material used for the construction of the capacitor.

The cause of the explosion is always the same but it concerns the condensers that contain fluids. The insulation is "pierced" and the temperature rises rapidly, overheating the fluid which evaporates, causing the pressure inside the container to increase excessively, causing it to explode.

In the case of the Earth, on the other hand, it receives energy from the sun, which it stores and the excess part, instead of making it explode, is reused to regenerate the Magnetosphere. Once generated, this creates a protective shield proportionate to the force applied by the sun on it. Under this protective shield with magnetic confinement, a specific frequency is created due to the interaction of magnetic fields ... the frequency that creates life on this planet 13.4 Hz .... Magnetic Life.

As man with his technology changed the direction of the energy of this natural process by distributing it on the surface of this condenser, it began to overheat and no longer had the strength to regenerate the Magnetosphere, which created, as a consequence, circuit overloads due to variable solar activity. These overloads directly create short circuits, which manifest their "sparks" as earthquakes, water bombs, hurricanes, excesses of volcanic activity etc. ....

To better explain this concept, we think of the flow of electrons through matter, which creates electrical energy through a source to induce the flow of electrons. Very often that source of electron flow will come from an electric field. A field is a tool we use to model physical interactions that do not involve any observable contact. The field cannot be seen because it does not have a physical appearance, but the effect it has is very real.

Electric fields are an important tool in understanding how electricity starts and continues to flow. The electric fields describe the pulling or pushing force in a space between the charges. The electric fields push the charges away. The electric fields provide us with the pushing force but we must induce the flow of the current. An electric field in a circuit is like an electron pump: a great source of negative charges can push electrons, which pass through the circuit towards the positive lump of charges.

Regardless of the method with which it is created within a body, one notices however a fundamental characteristic of all the experiences concerning the electric charge: the "creation" of an electric charge is always accompanied by the "creation" of an equal charge in form, but of opposite sign. It is therefore evident that the electric charge is not "created": in a body electrons (charge carriers) can be transferred, in one direction or another, but they are always transferred to or from another body; the total number of electrons, and therefore the entity of the electric charge, before and after the electric charging of a body, is the same, but simply accumulated and distributed in different regions or points of the bodies involved in the loading process. This simple observation leads to the general hypothesis of conservation of electric charge, based on which the quantity of negative and positive electric charge in the universe remains constant over time.

This confirms what happens to the Earth where the energy while remaining the same undergoes variations in its distribution.

The Earth-ionosphere cavity can be considered as a large electric capacitor whose armatures consist of two concentric spheres, the Earth and the ionosphere (figure 12). The charge of this capacitor remains approximately constant over time. The condition of electrostatic equilibrium of the system is guaranteed by the physical mechanisms that allow the continuous regeneration of the electric field. These mechanisms are responsible for much of the electromagnetic noise that is observed on the Earth's surface and permeates the entire cavity. To maintain this capacitor a power of the order of 400 MW is required.

Electrostatic equilibrium of the Earth-ionosphere cavity

In good weather conditions the electric field near the Earth's surface has an average value of about 120 V / m which corresponds to a surface charge density of -1.2 pC / m2. By integrating this value over the entire Earth's surface, we obtain the total negative charge of the Earth of 0.5 MC. An equal and opposite charge is obviously present on the edge of the ionosphere. The atmospheric electric field decreases exponentially with altitude, at 10 km the field is reduced to 5 V / m, at 30 km the field is only 0.3 V / m. By integrating the electric field from the Earth's surface to the ionosphere, we obtain the potential difference between the Earth and the ionosphere which is about 300 kV. In the atmosphere flows a vertical current whose density is about 2 pA / m2, integrating this value of the current density over the entire Earth's surface gives a total current of about 1350 A that flows between the ionosphere and the Earth's surface. This discharge current is due to the presence of electric charges which make the atmosphere slightly conductive. At low altitudes the main source is located on the Earth's surface and within the Earth.

The Earth's crust in fact contains radioactive materials, mainly Uranium, Thorium and their decay products. The beta and gamma rays emitted from the soil ionize the air molecules in the first meters above the ground. Radon radioactive gas, one of the decay products of Uranium 238, can diffuse into the atmosphere up to a few tens of meters above the ground before it decays into Polonium by emitting alpha particles. Therefore the Radon is the main cause of ionization of the air up to heights of several tens of meters above the Earth's surface. Nevertheless, the electrical conductivity of the atmosphere near the ground decreases because the ions tend to deposit on the particles of aerosols and dust.

These particles, due to their lower mobility, contribute to reducing the electrical conductivity of the air. In areas with high concentrations of particulate matter in the air there are low levels of electrical conductivity. The second ionization source is constituted by cosmic rays whose effectiveness is maximum at 15 km altitude where the maximum ionizing effect is given by the balance between the two parameters: air density and intensity of cosmic rays, one decreases and the other grows with the altitude. X-rays and ultraviolet radiation are the main cause of ionization of the air above 60 km. This depends on the geographical latitude, the seasons, the hours of the day and solar activity. The electrical conductivity of the air also increases with latitude due to the increase in the intensity of cosmic rays at higher latitudes.

At ground level the current density undergoes variations associated with the meteorological conditions that produce migrations of electric charges and therefore convection currents. To the temporal variations of the terrestrial electric field are associated the displacement currents that represent a not negligible part of the total current in the equilibrium of the global electric circuit. The displacement current has the same diurnal variation as the conduction current. Near the ground the electric field is subject to great variations mainly related to local weather conditions. In conditions of clear sky and absence of wind, electric field fluctuations are observed linked to phenomena of other nature, whose band extends from fractions of mHz (diurnal variation) up to frequencies of the order of kHz. The electric field measured on the ground often turns out to be much lower than 120 V / m, this effect is also due to natural radioactivity.

The Earth's surface has a negative electric charge, the negative electric charges produced by the decay of the radioactive substances of the crust are pushed upwards by the terrestrial electric field, while the positive ones are directed downwards, this gives rise to the formation of an electric field opposite to the terrestrial one. A layer is formed that extends for a height of several meters above the Earth's surface within which the terrestrial electric field reaches an equilibrium value much lower than expected, depending on the level of production of negative charges of origin crustal, rising from 120 V / m to 5-30 V / m.

The planetary electrical activity associated with thunderstorms can be considered as the primary source of the energy that powers the Earth-ionosphere electrical system. This system acts as a huge solar energy generator, it converts solar energy into electricity. The heat of the sun that determines evaporation gives rise to vertical thermal gradients, necessary for the rise of steam. The vertical convection currents generate the electrification of the clouds producing an electric field opposite to the quasi-static one of the Earth-ionosphere condenser, of several orders of magnitude more intense. The electrical storm discharges charge the Earth's surface restoring the negative charge lost due to the continuous discharge through the atmosphere.

The total electric power brought into play in this huge charging and discharging mechanism is about 400 MW. During a thunderstorm electric discharge, a conductive channel is created at high temperature along which currents of the order of kA flow. This conductor consists of gas in the plasma state characterized by an electrical conductivity comparable with that of a metal. For a few fractions of a second, an antenna is formed which radiates electromagnetic waves whose dominant frequency depends on the length of the conductive channel which is on average about 1000 meters, which corresponds to the fundamental frequency of about 300 kHz. In reality, the operation of this antenna is rather complex, since the channel cannot be assimilated to just the electric dipole, since the current that circulates there generates an intense magnetic field. Furthermore, the ionized channel determines the "freezing" of the Earth's magnetic field, intensifying it due to the swirling motions of the plasma. When the discharge ceases and the plasma cools, a further emission of ELF-VLF signals is produced due to the local "throttling" of the geomagnetic field along the path of the discharge.

The ionosphere is also charged through other mechanisms, different and much more complex. Above the amount of thunderstorms, in the average atmosphere where the air is extremely rarefied, various electromagnetic phenomena take place, indirectly stimulated by the electrical activity of the clouds, such as red sprites, elves, blue jets, ARB (Atmospheric Radio) pulses Bursts) and gamma-ray pulses of atmospheric origin TGF (Terrestrial Gamma Flashes) which, to varying degrees, contribute to charging the ionosphere electrically.

These events, in addition to emitting in their own bands; optics, HF radio and gamma, also have a spectral tail in the ULF, ELF and VLF bands. An important role is believed to have relativistic electron flows in the production of such manifestations. These flows are produced by the electric field present above the clouds where the air is more rarefied. The electrons are accelerated, along the geomagnetic field strength lines, from the extremely intense electric field present above the electrified clouds, these interact with the neutrals of the atmosphere producing a braking of the accelerated charges (bremsstrahlung) producing TGF gamma pulses (Terrestrial Gamma ray Flashes). "Red Sprites" are optical emissions in the region of the spectrum corresponding to red, appear between 40 and 90 km altitude and are associated with atmospheric electrical discharges that occur between the top of the clouds and the ionosphere. These discharges have very different characteristics from lightning because the air is extremely rarefied. Gamma emissions are transients whose duration is in the order of milliseconds.

Atmospheric radio pulses are characterized by hundreds of times more energy than radio emissions due to electric shocks. They originate between 5 and 20 km of altitude above large thunderstorms. The spectrum of these phenomena extends between 20 MHz and 200 MHz. Their duration is extremely short, it can vary from a few microseconds up to 100 microseconds, so they are difficult to observe. The atmospheric discharges, in particular those of great power (> 1GW), can produce conditions of instability in the ionospheric and magnetospheric plasma inducing a whole series of phenomena, better known with their acronyms:

AKR (Auroral Kilometric Radiation) 20 kHz - 2 MHz

NTC (Non Thermal Continuum) 500 Hz 10 kHz

NCR (Non Continuum Radiation) 200 Hz - 100 kHz

TNCR (Trapped Non Continuum Radiation) 500 Hz 20 kHz

EW (Electron Whistlers) 100 Hz - 18 kHz

PW (Proton Whistlers) 0.1 Hz - 20 Hz

VLF HISS 10 Hz - 100 kHz

GM (Geomagnetic Micropulsation) 0.001 Hz - 5 Hz

ICW (Ion Cyclotron Whistlers) 10 Hz - 700 Hz

ICWA (Ion Cyclotron Waves) 5 Hz - 100 Hz

MNB (Magnetic Noise Bursts) 10 Hz - 600 Hz

SR (Schumann Resonance) 6 Hz - 50 Hz

ET (Electron Tweeks) 1 - 6 kHz

PT (Proton Tweeks) 1 - 10 Hz

TMR (Terrestrial Miriametric Radiation) 1 - 100 kHz

The intensity of the signals associated with these natural manifestations, observed on the Earth's surface, range from 10 fT up to 100 nT. Mostly they are also stimulated and modulated by the particle component of solar radiation (the solar wind). These signals propagate inside the magnetospheric and ionospheric plasma as  magnetohydrodynamic waves, which remain confined as such in these regions as they cannot propagate in the vacuum or in the neutral atmosphere. When they reach the edges of the discontinuity, the lower edge of the ionosphere or the outer edge of the magnetosphere, these signals are re-emitted from the surface of discontinuity in the form of electromagnetic waves and therefore can be observed on the ground.

The essential condition for energy to escape from the magnetospheric and ionospheric plasma towards the interplanetary space and towards the Earth is that the vmagnetohydrodynamic waves in the plasma propagate in the ordinary and extraordinary way above the respective cut-off frequencies. At the local angular frequency of the plasma ωp for ordinary modes and frequency for extraordinary ways. (ωg is the giromagnetic frequency of the electron and ωp is the angular frequency of plasma).

Emissions involve conditions of instability that generate micro-turbulences which remain confined in the plasma regions. The radiation that propagates outside is the result of non-linear plasma interactions.

These wave generation processes produce different components, the most important being the fundamental component at the plasma frequency when the frequency of the perturbation due to local instability is much lower than that of plasma, ωi << ωp.

Physical explanation of the processes and operation of the DPE 100

To understand how photons are collected we have to start from the reverse process and that is how they are produced. We will then analyze the instrument that produces them, the Magnetron.

The magnetron consists of a chamber with a circular section surrounded by lobes, in which the vacuum was made, whose structure constitutes the anode, with zero electrical potential. At the center there is a wire kept incandescent, the cathode, and a negative electrical potential, constant or impulsive, very high compared to the anode. In the normal direction to the electric field, consisting of the cathode and the anode, a magnetic field produced by a permanent magnet is maintained. The filament and the cathode consist of a single electrode made of tungsten wire with helical shape, with a number of turns varying between 8 and 12, of a radius approximately equal to the length. The cathode is coated with a material suitable for emitting electrons.

The electrons emitted by the thermionic effect from the filament tend to move towards the walls of the chamber, kept at zero potential, which correspond to the anode, positive with respect to the cathode. The presence of the magnetic field, however, causes a curvature in their trajectory due to the Lorentz force, leading them to follow a cycloid path (ie a point belonging to a circumference that moves along a straight line).

On the perimeter of the chamber are obtained suitably spaced openings communicating with cavities. The electrons, reaching the edge of the cavities, join in beams that oscillate at Radio frequency, depending on the size of the Magnetron, due to the effect of the crossed fields (magnetic field and electric field).

A part of this field is taken from a loop, called pick-up, connected to a waveguide (a metal tube able to convey the microwaves), and from this sent to the user load, whether it is a transmitting antenna, or the microwave oven chamber . The image above shows the motion that an electron leaving the central wire would have in the absence of a magnetic field (blue) and the one it assumes inside the magnetron (red). The yellow points (visible only by appropriately enlarging the photo) represent the lines of the magnetic field seen in cross section. The drawing loop is represented in brown. The green arrows represent the electric field (short arrow) and the magnetic field (circular arrow) that are established in the RLC circuit equivalent to the cavity.

The size of the cavities determines the resonance frequency and therefore the frequency of the radio waves produced. This frequency is not very precise nor can it be changed. This is not a problem in typical magnetron applications, such as radar and food cooking. Where precision is required other devices are used, for example the Klystron or the TWT (Traveling Wave Tube). The radiated power depends on the applied voltage and the construction characteristics of the pipe.

The DPE 100 has the reverse operation principle.

DPE 100 acts on the overall rebalancing capturing the unbalanced energies through spiral copper rings; they are then transferred to the magnesium that converts them, consuming themselves like a sacrificial anode, thanks also to the presence of water (humidity, the true "purifying" element) and to the "electric" contribution of the ground into which a copper disperser / balancer is sunk. .

In essence there is an uptake effect by copper and a conversion effect by magnesium: a kind of natural diode able to catalyze "negative" energy.

The resulting effect of rebalancing is broad spectrum.

The studies carried out show a decidedly lesser "aggressiveness" of all the energy networks, a decisive if not complete cancellation of all natural and human-induced electromagnetic disturbances, a minor disturbing effect on the part of the radioactive elements, a significant decrease in the disturbance induced by subtle energetic forms, also of organic derivation, a reduction of the unbalancing effect due to waste and / or toxic materials of buildings and the ground.

Despite the simplicity of the equipment, it is necessary to know exactly where it is located and know its scope. Therefore those who purchase the equipment will be given the relevant information. In fact the positioning takes into account some important parameters including the interaction of the Earth's magnetic field. It is necessary to understand that this is an extremely advanced technology although simple that it is not possible to copy and install without knowing exactly the laws that govern the Earth. It must be borne in mind that we are acting on a highly unbalanced planet and an irresponsible purely commercial operation would create further damage to the planet that it could not bear.

What does the 5G network and a non-lethal weapon developed by the military have in common? The Department of Defense has developed a non-lethal crowd control device called the Active Denial System (ADS). The ADS works by firing a high-powered beam of 95 GHz waves at a targetthat is, millimeter wavelengths. Anyone caught in the beam will feel like their skin is burning.

The burning sensation stops once the target leaves the beam. This weapon operates on 95GHz waves and 5G will operate on the same frequencies.

Today's cellular and Wi-Fi networks rely on microwaves - a type of electromagnetic radiation utilizing frequencies up to 6 gigahertz (GHz) in order to wirelessly transmit voice or data.

However, 5G applications will require unlocking of new spectrum bands in higher frequency ranges above 6 GHz to 100 GHz and beyond, utilizing sub-millimeter and millimeter waves - to allow ultra-high rates of data to be transmitted in the same amount of time as compared with previous deployments of microwave radiation. Now a US weapons that relies on the capability of this electromagnetic technology to induce unpleasant burning sensations on the skin as a form of crowd control is being rolled out.

Millimeter waves are utilized by the U.S. Army in crowd dispersal guns called Active Denial Systems. Dr. Paul Ben-Ishai pointed to research that was commissioned by the U.S. Army to find out why people ran away when the beam touched them.

"If you are unlucky enough to be standing there when it hits you, you will feel like your body is on fire." The U.S. Department of Defense explains how: "The sensation dissipates when the target moves out of the beam.

The sensation is intense enough to cause a nearly instantaneous reflex action of the target to flee the beam."

So, what we’re talking about with 5G technology is being exposed to the same kind of waves day in and day out, only at a lower power than the ADS.

Have safety studies con_rmed that such exposure is safe? No.

There’s more! Research from a team of Israeli physicists has found that there are new problems to consider with exposure to millimeter waves.

When the wavelength of the energy approaches the dimensions of our biological structures, i.e. our skin and sweat ducts, previous assumptions about the safety of energy radiation are no longer valid. The research shows that, with millimeter waves, our sweat ducts actually act like little antennas, which means we would absorb more of this energy into our bodies.

Other research has demonstrated that short-term exposure to low-intensity millimeter waves affects human cell membranes and could even result in the proliferation of multidrug resistant bacteria.

Seeing as there has been virtually no research on long-term exposure to millimeter waves, the largescale deployment of 5G technology is a massive experiment, and we’re the guinea pigs.

There’s no opting out of 5G—in fact it will become more ubiquitous than wireless technology is right now. As Verizon boasts on its website, the “Internet of Things” will thrive on 5G technology.

The Internet of Things refers to the expanding number of devices, appliances, utilities,and other technologies that collect, transmit, and share data through the internet.

Essentially, many processes that have not previously relied on the internet will start to once 5G roles out: switching lightbulbs on or off with a smartphone app, driverless cars—even “smart cities” that will use wireless networks to collect and analyze data about the environment,traffic, water, transit, lighting, waste management, security, and parking.

"The use of sub-terahertz (Millimeter wave) communications technology (cell phones, Wi-Fi, network transmission antennas) could cause humans to feel physical pain via nociceptors, " stated Dr. Yael Stein, MD, who wrote a letter to the Federal Communications Commission about 5G Spectrum Frontiers.

Devra Lee Davis Founding Director of the Board on Environmental Studies and Toxicology of the U.S. National Research Council, National Academy of Sciences, Founding Director of the Center for Environmental Oncology, University of Pittsburgh Cancer Institute says: I love my devices as much as anyone else but I don't want to the health of my grandchildren at risk. I don't want to put them in harm's way.

We now know that the skin, our largest organ does respond to 5g, and in fact our sweat ducts they can act as antennas that can receive signals.

5G has not been tested for safety.

The fact that it can interact with our sweat ducts may have much more profound meaning for our overall health and wellbeing.

The idea that we're going to saturate this country with a network that has never been tested is appalling.

I am joining with many other scientists from around the world now to express concerns. We must evaluate these things before we roll out the technology no matter how attractive it is for us to have faster downloads of video games, pornography or virtual reality. The question we have to ask ourselves is it worth endangering the health of our children?

Dr. Davis' group - Environmental Health Trust - explains:

Israeli research studies presented at an international conference reveal that the same electromagnetic frequencies used for crowd control weapons form the foundation of the latest network - branded as 5G - that will tie together more than 50 billion devices as part of the Internet of Things.

Current investigations of wireless frequencies in the millimeter and submillimeter range confirm that these waves interact directly with human skin, specifically the sweat glands. Dr. Ben-Ishai of the Department of Physics, Hebrew University, Israel recently detailed how human sweat ducts act like an array of helical antennas when exposed to these wavelengths.

Scientists cautioned that before rolling out 5G technologies that use these frequencies, research on human health effets needed to be done first to ensure the public and environment are protected.

[Dr. Davis notes] "This work shows that the same parts of the human skin that allow us to sweat also respond to 5G radiation much like an antenna that can receive signals. We need the potential adverse health impacts of 5G to be seriously evaluated before we blanket our children, ourselves and the environment with this radiation."

Research studies from the Dielectric Spectroscopy Laboratory of the Department of Applied Physics, Hebrew University of Jerusalem, headed by Dr. Yuri Feldman, indicate that millimeter and sub-millimeter waves may lead to preferential layer absorption.

The number of sweat ducts within human skin varies from two million to four million. The researchers pointed to replicated peer research of these biological effects in laboratory research conducted in other countries and considered this mechanism of action wellproven.

There are now many thousands of peer-reviewed medical and epidemiological studies that show, illustrate or correlate, adverse biological effects with use of mobile phone technology or WIFI.

Using frequencies even higher than 5 GHz (and up to 100 GHz) will compress the timeframe in which cancers and other biological effects show themselves within society.

It is anyone's guess as to what might happen in terms of biological safety yet it is clear to see that the pulsed nature of these high frequency, high signal intensity signals do not harbor good news for humanity, particularly in relation to the functioning of our DNA. Millimeter-wave-emitting devices will saturate our environment, and the fact that we’re plunging head-first into deploying this technology without knowing the health consequences is shocking.



https://ehtrust.org/key-issues/cell-phoneswireless/5g-interneteverything/ 20-quick-facts-what-you-need-to-know-about-5g-wireless-andsmallcells/