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Jeffrey Renteria
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Posts: 33

Vacuum Energy Converter

A guide to tapping the Zero-Point Energy of the Space-Time Vacuum



Everyone has heard of the Zero-Point Energy Field, and there are even experiments such as the Casimir and Wu experiments that confirm that this energy can be tapped into to do useful work.

The technology described in this manual is REAL, and fully explained by todays experimental physics and data. Every component will be detailed and every concept behind its operation revealed.

I have re-engineered everyday electrical components and put them to use in ways that they were not intended in their design. Therefore, a regular electrical engineering explanation for these components is not given in their traditional roles. For example; Capacitors are used as Plasmonic Meta-Materials, not electron storage, and Transistors are used as Photo-Electric Converters, not switches.

We will be describing materials with different properties than ordinarily listed on any standards graphs. This is due to the effect that the Polarized Zero-Point Vacuum has on a materials properties Including; Variable Dielectric Constant, which implies many changes in a materials Electric Permittivity, Magnetic Permeability, and Index of Refraction. For example, a metallic conductor's Bulk Plasma Frequency is in the Ultraviolet wavelenth such as UV rays emitted during a welding process, however, changes in a metals Dielectric Constant will change the Bulk Plasma Frequency so that it is no longer metallic and the metal actually becomes transparent to light.

This engineering method is a solution to the problem of tapping into free energy presented in this video quoted from Tom Bearden-

So without further adieu, here is the Vacuum Zero-Point Energy Converter!




1. 120V POWER CORD- 10FT.














A metamaterial is any material engineered to have a property that is not found in naturally occurring materials. They are made from assemblies of multiple elements fashioned from composite materials such as metals and plastics.


Metamaterials can be defined as artificially structured materials used to control and mold the flow of electromagnetic waves or possibly any other type of physical waves. This includes the Zero-Point energy.


Over the last 10 years, enormous progress in the field of metamaterials has been made. As a result, fascinating theoretical predictions were transformed into an even more amazing reality of materials with properties far exceeding those available in nature. The new material properties and device functionalities enabled by metamaterials technology have a strong potential for contributing to nearly all areas of fundamental and applied science and technology, including imaging, defense, telecommunications, optical computing, sensing, and energy and space travel!


Typically, an electric field can not propagate through a metal;

Electric fields cannot penetrate through a conductor like copper. The electric field would make the free electrons move until they cancelled out any internal electric field.


It is the very same process that makes metals good reflectors of light (shiny).


The electric field of the EM radiation is cancelled by electrons which redistributed themselves so as to cancel the field. The movement of these electrons generates a new electric field and EM wave which is the same as the incoming wave but with its phase inverted. At the surface of the metal, the incoming wave and the reflected wave supperpose (add up) and the total is zero. In effect that is the role of the reflected wave - to make the electric field at the surface zero


However, when Meta-Materials are indroduced:


Inside the metal the electrons can move freely. If you apply a static electric field to a metal the electrons rearrange themselves to shield the electric field inside the metal. This rearrangement takes some time in the order of 10−15s10−15s. If the frequency of the field is high enough, the electrons are too slow to shield the electric field and the metal becomes transparent.


The characteristic frequency which separates the reflecting and transmitting regime is called plasma frequency (Plasma oscillation - Wikipedia). It can be derived using the Drude-Model (Drude model - Wikipedia) and is for metal in the order of 1015−1016Hz1015−1016Hz which corresponds to 30−300nm



Polaritons: Here are some definitions of of Surface Plasmons Polaritons

⦁ Commonly called coupled state between an elementary excitation and a photon= light-matter interaction

⦁ Plasmon polariton: coupled state between a plasmon and a photon.

⦁ A plasmon is the quantum of the collective excitation of free electrons in electrons in solids.

⦁ Electron plasma effects are most pronounced in free-electron electron-like metals. like metals.

⦁ The dielectric constant of such materials can be expressed as ω < ωp Æ εm < 0 Æ wavevector of light in the medium is imaginary wavevector of light in the medium is imaginary Æ no

⦁ Propagating electromagnetic modes ω > ωp Æ εm→1 Æ altered by intraband transitions in noble metals.

⦁ Combined excitation consisting of a surface plasmon and a photon is called a surface plasmon polariton (SSP). a surface plasmon polariton (SSP).

⦁ Free electrons in metal are treated as an electron liquid of high density

⦁ Longitudinal density fluctuations (plasma oscillations) at eigenfrequency

⦁ Quanta of volume plasmons have energy , in the order 10eV

⦁ Maxwell´s theory shows that EM surface waves can propagate also along a metallic surface with a broad spectrum of eigen frequencies from ω = 0 up to 2

⦁ Negative index of refraction - perfect lens and metamaterials at frequencies >> at frequencies >> ωp metals are transparent: ultraviolet transparency.

⦁ Radiation into metal occurs if Radiation into metal occurs if ω >ωp

⦁ SPP are 2D EM waves propagating at the interface conductor-dielectric (bound waves)

⦁ Surface plasmon polaritons (SPPs) are propagating excitations that arise from the coupling of light with collective oscillations of the electrons at the surface of a metal. SPPs are highly localized to the interface of the metal/dielectric, so that the intensity is greatly enhanced at the 2-dimentional (2D) interface. The enhancement makes the SPPs very sensitive to the condition of the interface and it has gathered great research interests in several fields, such as surface-enhanced Raman scattering (SERS), nonlinear optics, fluorescence enhancement, and so on. On the other hand, as a natural 2D system, SPP is a promising candidate for the all optical integrated circuits. It is well known that photon is better than electron as an information carrier, while photon is not as good as electron in integration. SPP is a promising carrier to make photonic devices

⦁ Plasma oscillations, also known as Langmuir waves (after Irving Langmuir), are rapid oscillations of the electron density in conducting media such as plasmas or metals in the ultraviolet region. The oscillations can be described as an instability in the dielectric function of a free electron gas.

⦁ The plasma frequency is the frequency above which the real part of the dielectric function becomes positive and the metal starts to behave like a dielectric.

⦁ The plasmonic effect is the interaction between free electrons in metal particles and incident light.

⦁ Plasmonics is the name given (in 2000) to a discipline for exploiting the resonant interaction obtained under certain conditions between electromagnetic radiation (light in particular) and free electrons at the interface between a metal and a dielectric material (e.g. air or glass).

⦁ Plasmons are quantum of plasma oscillations. That means the collective oscillation of electron upon excitation by electromagnetic radiation causes conversion of photons into plasmons. Plasmons are of three types: (1) Volume plasmons or bulk plasmons (2) Surface plasmons (3) Localised surface plasmons

⦁ Surface plasmons are propagating plasmons bound to the suraface at the interface of a metal and a dielectric.

⦁ Surface plasmon polaritons (SPPs) are spatially confined electromagnetic field modes at a metal-dielectric interface capable of generating intense near-field optical forces on ultrafast time scales. Within the field of photonics, SPPs carry significant potential for guiding and manipulating light on the nanoscale. The intense SPP fields substantially enhance light–matter interactions.


Plasmonic Meta-Materials produce time reverse phase conjugation waves: › lanl › pubsPDF

Through the Looking Glass with Phase Conjugation

As in time reversal, the wave re-emitted by a phase conjugation mirror will auto-compensate the phase distortion and auto-focus itself on its initial source, which can be a moving object. Propagation of a time reversal replica demonstrates a remarkable property of phase-conjugated wave fields.


The final principle involved is the photoelectric effect; E=hv.

we are all familiar with solar panels. Solar panels work using P and N type silicon. for our purposes we are only interested in the N type silicon which is doped with other elements to give the Silicon extra electrons which are used to create an electric current in Photo-voltaic cells.




Ok, so how do these physics concepts relate to the drawing above?

The high voltage transformer and HV diode are used as a signal generator to excite the electrons in the metal plates of the capacitor. The capacitor is a meta-material that is a metal-dielectric interface.

Once the electrons in the meta-material begin to vibrate due to the input signal from the transformer, the electrons couple to the electromagnetic energy of the Vacuum creating a Surface Plasmon Polariton. This is called polarizing the vacuum and is described in many physics papers dealing with this dynamic of space-time (

As described above, SPP's change the material properties of the metal so that it becomes transparent to light. I our case it is the light of the vacuum that begins to travel through the wires of the circuit like a fiber optic cable.

The variable resistor is used to shunt the forward emf from the input signal generator to ground so that it doesnt cause any unwanted oscillations from the normal functioning of the capacitor. We are only using the input energy to set up the vacuum polarization (SPP) and then grounding the input signal from the rest of the circuit. The shunt blocks the small current from the input signal generator but allows the light from the meta-material to pass through.

The large current produced by the meta-material is due to the surface area. The large surface area of our 100uF capacitors allows us to capture a good amount of the vacuum energy. In fact the current is a direct ratio to surface area. The current can be scaled up or down by adjusting the surface area of the plates.

We dont have to worry about the vacuum energy being to high frequency because the vacuum is frequency matched to our input signal frequency. Remember the vacuum is filled with an infinite amout of modes of electromagnetic fluctuation, we are just picking one out of the broadband environment of the vacuum to match our input frequency and wavelength.

In order to make this energy manageable, resistors are placed on both poles of the capacitor after the shunt. This prevents the large current from blowing up are transistors. As seen in the experiments, when these two poles meet, a large scalar event occurs which is destructive to components, so we keep them separated by using two transistors where the P-type silicon prevents the waves from meeting in the transistors.

The transistors are made of a NPN junction which is ordinalrily used to switch electric current. Here we are strictly using the transistors as tiny solar panels to recieve the electromagnetic waves from the the vacuum and converting them into an electric current via the photoelectric effect. The voltage and amperage rating gives the desired output voltage and amperage conversion of the light of the vacuum to usable electricity. Think of the transistors as solar panels and the capacitors as our photon source.

From here we have fully converted zero-point vacuum energy into usable electric current (2500v 2A for this design).

The dimmer switch at the input is used to crank the power way down to 4 watts (120v .030A) because we are only using the input power for a signal so we want just enough to start the oscillation and still be easily able to shunt the power to ground after the SPP field is activated.

From here you have a regular high voltage current that can be stepped down to whatever power level necessary for your needs!

We recommend a line conditioner such as a ferrite ring to prevent back emf from overloading the transistors from your final output load.

You now know how to build a vacuum conversion engine!



The motionless electromagnetic generator and the Floyd Sweet Vacuum Triode use the same principle in their generators.

In these devices the vacuum is polarized permanently as in magnets and then an input signal is used to oscillate that polarized field to produce a current in an output coil. Again the princliple is small input signal to get the vacuum oscilating in resonance with your input signal and allowing the vacuum to produce the current to the output coil.

In the device presented in this paper, the input signal serves the function of both polarizing and oscillating the vacuum in the meta-material.




We have described a method for using a high voltage direct current capacitor for use as a plasmonic meta-material to polarize the zero-point energy fluctuation of the vacuum and couple this energy to our circuit. We have also described the conversion of this electromagnetic light from the vacuum using N-type silicon in a photoelectric conversion into usable electricity.

This design is to be used and disseminated freely to the public for its exclusive use.


If you would like us to build you a version of this design, please contact us on our website (

If you would like to contribute to our mission to making the energy of the vacuum accessible to everyone, please donate to our cause!


Jeffrey Renteria

Director of Research

The New Energy Concepts Group



The problem:

The solution: › lanl › pubsPDF



"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

August 20, 2020 at 11:29 AM Flag Quote & Reply

Jeffrey Renteria
Site Owner
Posts: 33
Here Tom Bearden describes the missing Heaviside component to Maxwell's electromagnetic equations. The solution that I have presented above is listed as a solution to tapping the energy of the vacuum; f) As a sixth suggestion, we point out that all semiconductor materials are also optically active materials, and that a point discharge into such materials represents a very sharp regauging discharge due to the increase in potential at the tip. This means that the junction involves asymmetrical self-regauging, iterative time-reversal retroreflection, increased Poynting and Heaviside energy flow components, optical scattering processes inside the junction materials, etc. -

"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

August 24, 2020 at 10:20 AM Flag Quote & Reply

Jeffrey Renteria
Site Owner
Posts: 33
Ac plug- Conditioner-Interrupter-Replacement/dp/B07WMPD4CC/ref=asc_df_B07WMPD4CC/?tag=hyprod-20&linkCode=df0&hvadid=366343882692&hvpos=&hvnetw=g&hvrand=6072839405426260442&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9031337&hvtargid=pla-819771213785&psc=1&tag=&ref=&adgrpid=76503872296&hvpone=&hvptwo=&hvadid=366343882692&hvpos=&hvnetw=g&hvrand=6072839405426260442&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9031337&hvtargid=pla-819771213785 Dimmer switch- Microwave oven transformers - High voltage diode- High voltage direct current capacitor- Variable resistor- Resistor- Transistor- Ferrite transformer core- Wire- Total= $997.36

"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

August 26, 2020 at 7:49 PM Flag Quote & Reply

Jeffrey Renteria
Site Owner
Posts: 33 Here Bernard Haisch of Jovion explains how they can tap the vacuum using casimir cavities to fluctuate electron orbitals in noble gases thereby releasing lamb Shift energy that can be used as heat or photovoltaicly converted to electricity. This is exactly the concept of the device above only we are fluctuating the dielectric electrons of the capacitor insulation. The reason why we can use a capacitor as a casimir cavity is because we are setting up a surface plasmon surface that is a superconducting or perfect conducting medium. ( See Dr Rauscher paper plasma media surrounding black holes see also (Details here ) ) the Lamb Shift energy which is Zero-Point energy is conducted along the plasmon path which acts as a waveguide for the Lamb Shift energy which is converted to electricity via the npn transistor type n silicon in a photoelectric conversion. Lamb waves are generated from the diode which produces the acoustic vibration necessary to activate a Lamb Shift in the dielectric which acts like a laser diode. A laser diode, (LD), injection laser diode (ILD), or diode laser is a semiconductor device similar to a light-emitting diode in which a diode pumped directly with electrical current can create lasing conditions at the diode's junction.[1]:3 Laser diodes can directly convert electrical energy into light. Driven by voltage, the doped p-n-transition allows for recombination of an electron with a hole. Due to the drop of the electron from a higher energy level to a lower one, radiation, in the form of an emitted photon is generated. This is spontaneous emission. Stimulated emission can be produced when the process is continued and further generate light with the same phase, coherence and wavelength. This is a time reverse wave coming right out of the vacuum filtered through the electron shell of the dielectric atoms as they are pumped by the diode in the circuit. Absorber theory deals with time reverse waves of atoms ( Again the reason we get more power out than in is because the surface area of the capacitor plates allows more lamb shifts to take place with the same amount of input. For example, a single transformer and diode will create this effect in one capacitor or eight, with no additional input needed to "charge" more than one capacitor. Here again we have solid science with references and a real life engineering explanation with no tricks in a device that you can build yourself.

"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

August 31, 2020 at 8:40 PM Flag Quote & Reply

Jeffrey Renteria
Site Owner
Posts: 33


"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

September 7, 2020 at 3:08 PM Flag Quote & Reply

Jeffrey Renteria
Site Owner
Posts: 33
Progress photo, video coming soon.

"all successful systems of sustainability have an inherent ability to give as much as it takes to keep that system in a state of equilibrium"

-The Universe

September 11, 2020 at 10:22 PM Flag Quote & Reply

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