The SAFIRE project is definitive. There is no doubt about what is going on in that system. The SAFIRE system shows that a superconducting superfluid can exist in a plasma with a maximum observed temperature of up to voltage differential due to charge separation of 30 volts (330,000K) and an average temperature of up to 81,000K.

In a superconducting polariton condensate, the confinement of the polariton aggregation is without limits. The mechanism of unlimited confinement is the difference between the two types of vacuums and/or spacetimes which are totally incompatible. This term in science for the separation between various types of spacetimes and vacuums is domain walls. Demain walls separate a topological defect that marks a difference in two incompatible regions within a system.

https://safireproject.com/film/ewExternalFiles/Safire%20Movie%20337-2.jpg

The double layer structure in the SAFIRE plasma may be separated from each other by spacetime domain walls. Furthermore, in space, a cosmic double layer might be the cosmic domain walls that cosmologists have been looking for:

Physicists looking to test theory of 'cosmic domain walls'

(Phys.org)—An international team of physics researchers is looking to add credence to a theory that might help explain the nature of dark matter and dark…

phys.org

Physicists looking to test theory of 'cosmic domain walls'

Some people take issue with the SAFIRE project. But I have looked at the science involved in SAFIRE and there is some real breakthrough phenomena going on in that system.

contents of the video as follows:

According to Moray King, a EVO needs of seed of matter to form. This is what I believe is necessary for a free ranging EVO to live an independent existence, The initiating spark reforms this seed of matter into a hole superconductor around which the EVO will form.

For example, Strange radiation is produced by a mobile EVO which is a Bose condensate that has formed around a Hole superconductive core. This type of EVO can maintain its own structural integrity over time and is free ranging. Mobile EVOs are not dependent on pumping to offset power dispersion. Since the core of the EVO is a superconductor, the power lost to dispersion is minimal.

The people who support the plasma overunity idea beleive that the plasma overunity systems derives their energy from the vacuum. It is not logical to conceive of plasma overunity energy coming from fusion because there is nothing banging things together to fuse. The video devotes some time to postulating what the vacuum is an how it works. My mechanism for vacuum energy production is based on Sen's conjecture.

The research of Ken Shoulders is addressed. Excess energy comes in the form of high voltage spikes. Excess energy comes from abrupt ion motion. This I don't agree with. The EVO contains more energy that the energy it took to create them. This I agree with.

The process for EVO formation always involves the production of a melt of metal from spark production. This I agree with. I beleive that the metal plasma forms a Hole superconductor around which the polariton condensate forms. Just like in the SAFIRE system, a metal ball anode provides a metal zone around with the EVO forms.

There is a description of how two counterrotaing circulations produce duel holes. This has be seen in current experimentation.

When Ken Shoulders produce very large EVOs, their destruction would disrupt his electric equipment with a EMF pulse.

Ed Storms theory about crack production of heat is mentioned. The patterson cell was based on crack catalyst of EVO production including transmutation.

Spark production is water mist will produce excess energy.

US20120186557A1

Apparatus, system, and method for vaporizing fuel mixture

An apparatus, system, and method are disclosed for vaporizing fuel. A method for vaporizing fuel includes providing a fuel vaporizer. The fuel vaporizer includes a chamber for receiving a liquid, the chamber comprising at least one inlet and at least one outlet. The fuel vaporizer also includes a driver module coupled with the chamber, and a oscillator disposed within the chamber and configured to be driven by the driver module. The method includes feeding water through an inlet of the at least one inlet into the chamber. The method includes driving the oscillator using the driver module at a predetermined frequency, wherein a mist is created from the liquid. The method also includes introducing the mist from the chamber via an outlet of the at least one outlet into an intake of an internal combustion engine.

The patent was granted which means that water vapor fuel worked and is still active until 2032.

Harnessing the EMP from EVO exposition is discussed.

The school gril circuit was mentioned

How to Recharge Dead Batteries - Homemade Circuit Projects

In this post we learn how to recharge and use bad, defective discarded batteries using an innovative battery charging process invented by John Bedini. Lead…

www.homemade-circuits.com

The plasma focus fusion device is mentioned. It struck me that this device could be used to polarize the feedback current electrodes since the plasmoid produces charge separation with a stream of electrons moving forward and an positively charged ions moving backward axial to the plasmoid.

Glow discharge tubes are described as a method to capture current flow from a plasma discharge. This may be how Rossi captures the current from the xenon plasma discharge.

Grow discharge patents

Correa Us 5,416,391

Electromechanical transduction of plasma pulses

Abstract

A direct current power transducer for driving alternating current devices utilizes a discharge tube connected across a current source, the construction of the tube and characteristics of the source being such as to maintain endogenous pulsed abnormal gas discharge within the tube. The tube is capacitatively coupled to an external load including an alternating current device, typically an electric motor. Electric motors of the asynchronous induction or synchronous types are particularly suitable, but other alternating current devices may be used. By adjustments to the current source, the capacitance in parallel with the discharge tube, and connections to auxiliary electrodes, the pulse repetition frequency of the discharge may be adjusted, thus allowing variable speed control of types of alternating current motor not normally amenable to such control.

Images (14)

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US5449989A - Energy conversion system - Google Patents

Energy conversion system

Abstract

An energy conversion device includes a discharge tube which is operated in a pulsed abnormal glow discharge regime in a double ported circuit. A direct current source connected to an input port provides electrical energy to initiate emission pulses, and a current sink in the form of an electrical energy storage or utilization device connected to the output port captures at least a substantial proportion of energy released by collapse of the emission pulses.

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Gray's tube patents are discussed

US patent 4,661,747

US patent 4,595,975

Gray's tube patents

US patent 4,661,747

US patent 4,595,975

The Free Energy Secrets of Cold Electricity

Finally, long-time Free Energy research Dr. Peter Lindemann steps up and tells all. This four-part book explains exactly how Edwin Gray, Sr. produced what he…

www.amazon.com

The Free Energy Secrets of Cold Electricity

Finally, long-time Free Energy research Dr. Peter Lindemann steps up and tells all. This four-part book explains exactly how Edwin Gray, Sr. produced what he called "cold electricity." Mr. Gray discovered that the discharge of a high voltage capacitor could be shocked into releasing a huge, radiant, electrostatic burst. This energy spike was produced by his circuitry and captured in a special device Mr. Gray called his "conversion element switching tube." Mr. Gray referred to this process as "splitting the positive." Even more remarkable, Dr. Lindemann found that Nikola Tesla actually discovered this same effect back in 1889. With the information in this book, you will learn what it took Tesla, Gray and others decades to figure out. Using articles, patents, diagrams, and photographs, Dr. Lindemann unravels the mystery until the whole method is fully revealed. This is the information free energy enthusiasts have been waiting for.

More to come...

Strange radiation tracks likely produced by fast rotation of material. This indicates that rotation is likely another method of producing EVOs. This observation is supportive of the reaction mechanism that underpins the "Electric Field Chopper"

W.W. Hide. U.S. Patent 4.897.592

US4897592A - Electrostatic energy field power generating system - Google Patents

Electrostatic energy field power generating system

Abstract

Externally charged electrodes of an electrostatic generator induce charges of opposite polarity on segments of a pair of confronting stators by means of electric fields within which a pair of rotors are confined during rotation to vary the charge binding field linkages between confronting rotors and stators by a shielding action of the rotors in a plane perpendicular to the field flux. A high electric potential difference induced between the stators resulting from such rotation of the rotors, is transformed by an output circuit into a reduced DC voltage applied to a load with a correspondingly increase current conducted therethrough.

For rotation of 6.000 RPM

Input power - 2.4KW

Output power - 20.5 KW

COP - 8.54

Академия Тринитаризма -- Институт Физики Вакуума - Эксперимент -- Шишкин А Л , Баранов В А , Виноградова А В , Дубовик В М , Татур В Ю -- Исследование характеристик МагнетоТороЭлектрических Излучений с помощью фотопленочных детекторов

A.L. Shishkin, V.A. Baranov, A.V. Vinogradova, V.M. Dubovik, V.Yu. Tatur

Investigation of the Characteristics of MagnetoToroElectrical Radiations Using Photographic Film Detectors

1. Analysis of microscopic traces of MTEI from bodies of revolution.

Experiments with bodies of revolution were carried out on a special setup. The installation consisted of a brushless high-speed motor (up to 50,000 rpm) mounted on a table top, a power supply unit for the motor, and a remote motor control device. Rotation bodies made of various materials were mounted on the engine axis, made in the form of cones with a diameter of 20 mm and a height of 20 mm (photo 4).

Photo 4 . Bodies of revolution from various materials .

To ensure the safety of work near the engines with rotation bodies, a protective casing was mounted, inside which along the casing wall (perpendicular to the bases of the cones) and above it (perpendicular to the axis of rotation) photodetectors were placed, packed in light-tight packages.

A series of experiments was carried out to expose photodetectors with the following bodies of revolution: graphite, aluminum, titanium, copper, bismuth, zirconium, iron, cadmium, and lead. At the same time, light materials (graphite, aluminum, titanium) rotated at speeds of about 40,000 rpm, heavy materials - at least 15,000 rpm.

The exposure time for all bodies of revolution was 360+/-20 seconds. Temperature during measurements: 25 ⁰ С +/- 5 ⁰ С. Comparative analysis was carried out by comparing microdamages in different parts of the photodetectors:

- in the plane of the base of the rotating cones (about 35 mm from the bottom of the photodetector);

- at different heights from the plane of the base of the cones;

- on the upper photodetector, located perpendicular to the axis of rotation of the cones.

Spiral tracks.

On all photodetectors located perpendicular to the base of the cones of bodies of revolution, macroobjects in the form of rings, semirings and spirals (hyperbolic and logarithmic spirals) are observed, which are located over the entire surface of the negatives. The greatest concentration of objects is observed in the central (vertically) parts of the negatives - approximately 2.5 - 7.5 cm from the bottom. On photodetectors located perpendicular to the axis of rotation, no special differences from control samples were found. For example, photo 5 shows the spirals selected by the operator, registered by the photodetector near the iron body of revolution.

Photo 5. Spiral -shaped objects on a photodetector exposed near an iron body of revolution (approximately 7 cm from the bottom, magnification 64x)

A clear regularity in the distribution of spiral objects, applicable to all bodies of revolution, was not revealed, because the distribution of objects over the surface of the negatives is non-uniform, and on films with a low emulsion concentration (light films) it is practically impossible to examine objects (for example, films with a body of revolution made of copper - Cu).

It was not possible to make a quantitative analysis of spiral traces for the following reasons:

• high labor intensity and subjective dependence of the detection of spiral traces on the quality of training and the state of health of the operator;
• the nature and mechanisms of the appearance of spiral traces are unknown, therefore we cannot yet establish the parameters by which the analysis should be carried out;
• The quality of photographs is highly dependent on the quality of the developer, film, and development modes, and therefore varies from batch to batch.

Table 1 describes the qualitative characteristics of the detected objects on photodetectors located near different bodies of revolution:

Table 1. Description of objects on the negatives

Macro damage.

All photodetectors exposed perpendicular to the bases of rotation of the cones revealed macrodamages in the form of strokes, tracks and bands of various nature, the concentration of which is much higher in the zone of the plane of rotation of the cones. On some photodetectors in the plane of rotation of the cone (for example, from Ti and Cd) there is a higher concentration of blackening of the emulsion than in its upper part. Photos 6-9 show typical traces of macrodamages. On photodetectors located perpendicular to the axis of rotation, no special differences from control samples were found.

Photo 6. A curved band with an increased concentration of silver grains on a photodetector near a body of revolution made of cadmium (Cd), obtained by combining frames, 64x magnification. This band is about 10 mm long and 12 to 18 µm wide.

Photo 7. Trace of the "protector" on the surface of the photodetector near the body of revolution made of bismuth (Bi), magnification 160x

Photo 8. Tread marks from photo 15 with a magnification of 640x.

Photo 9 . A dash in the form of an increased concentration of silver grains on the surface of the photodetector near the body of revolution made of lead (Pb), magnification 160x.

Microcraters.

On some films, with a loose emulsion concentration, microcraters were found, the diameter of which is approximately 0.9; 1.1; 1.3; 2.0; 2.5; 3.0; 4.0; 4.5; 5.0; 6.4; 8.5 µm. Microcraters with diameters in descending order predominate: 8.5; 6.4; 0.9; 1.1 and 1.3 µm. In photo 10, red dots mark microcraters with diameters of 0.9-1.3 µm.

Photo 10 . Microcraters with a diameter of 0.9-1.3 microns, marked in red, next to the “tread” trace on a film with a body of revolution made of bismuth, magnification 640x

For more info see

Hyde Generator

The physics behind the Hyde generator

The Barnett effect is the magnetization of an uncharged body when spun on its axis. It was discovered by American physicist Samuel Barnett in 1915.

An uncharged object rotating with angular velocity ω tends to spontaneously magnetize, with a magnetization related to the gyromagnetic ratio for the material, and the magnetic susceptibility.

The magnetization occurs parallel to the axis of spin. Barnett was motivated by a prediction by Owen Richardson in 1908, later named the Einstein–de Haas effect, that magnetizing a ferromagnet can induce a mechanical rotation. He instead looked for the opposite effect, that is, that spinning a ferromagnet could change its magnetization. He established the effect with a long series of experiments between 1908 and 1915.

EVO are generated using the Higgs mode in magnets

Stable Higgs mode in anisotropic quantum magnets

Low-energy excitations associated with the amplitude fluctuation of an order parameter in condensed matter systems can mimic the Higgs boson, an elementary particle in the standard model, and are dubbed as Higgs modes. Identifying the condensed-matter Higgs mode is challenging because it is known in many cases to decay rapidly into other low-energy bosonic modes, which renders the Higgs mode invisible. Therefore, it is desirable to find a way to stabilize the Higgs mode, which can offer an insight into the stabilization mechanism of the Higgs mode in condensed matter physics. In quantum magnets, magnetic order caused by spontaneous symmetry breaking supports transverse (magnons) and longitudinal (Higgs modes) fluctuations. When a continuous symmetry is broken, the Goldstone magnon mode generally has a lower excitation energy than the Higgs mode, causing a rapid decay of the latter. In this work, we show that a stable Higgs mode exists in anisotropic quantum magnets near the quantum critical point between the dimerized and magnetically ordered phases. We find that an easy axis anisotropy increases the magnon gap such that the magnon mode is above the Higgs mode near the quantum critical point, and the decay of the Higgs mode into the magnon mode is forbidden kinematically. Our results suggest that the anisotropic quantum magnets provide ideal platforms to explore the Higgs physics in condensed matter systems.

The EVO is a bubble of false Higgs vacuum, and in this case created by a rotation induced magnetic effect. I posted above about rare earth magnets producing LENR effects in

The Dennis Cravens Golden Ball reaction