No. Plasma is everywhere around us – in the air, in things, in our bodies and out in space.
Start with the Kids' Workshop HERE . This is how many newcomers to the Keshe Foundation's teachings started their learning journey, as the explanations in these videos are simple and easy to understand.
Chose from a whole range of workshops HERE.
GANS stands for Gas At Nano-solid State. ALL matter goes through a gaseous state before entering the nano-solid state, hence the name.
Just like visible light represents a very tiny fraction of the electromagnetic spectrum, electron vibration represents a very tiny fraction of the energy spectrum – the energy spectrum being plasma itself.
The Phase Meter is used to identify the "Live" wire in your household socket, which must correspond to the plug leg on the Magravs Power Unit marked "Live."
YES! Do NOT throw the instructions away. The Magravs Power Unit is not plug-and-play. There is a conditioning phase that is required in order for it to work as intended, and must be carried out to ensure your home wiring is ready to handle the plasmatic energy. Some users may find it necessary to adjust the duration of elemnents of the conditining phase to accomodate their unique house wiring.
The 2kW limit refers to resistive loads such as heaters, hairdryers, motors with brushes, battery chargers, etc. The non-resistive load is theoretically unlimited, but we recommend following the rating of your household circuit. Should you need more resistive capacity, a cascading unit will soon be available; stay tuned.
Electrically speaking, the Magravs Power Unit is an insulator. It measures very high resistance so is a barrier to electric flow. Devices attached to the unit still function despite this very high resistance in the circuit. Monitor your electric meter – you should see it slow down over time, and almost come to a stop.
We recommend leaving these devices running 24 hours a day, 7 days a week. However, if you are going on holiday, then please do turn off the devices. Note that when the Magravs Power Unit and the devices attached to it are powered up again, they will cause the electric meter to run awhile before settling out. If you are conditioning, please complete the process without interruption.
If you are connected to another source of energy such as solar, wind, etc., then yes. Otherwise, no. The Magravs Power Unit requires an electrical signal in order to work, and is not a power generator. In time to come, The Keshe Foundation will be releasing a standalone Magravs Generator Unit which can be run off-grid, and we will announce this in due course.
3-phase power supplies have 3 hot/live wires, and as such, 3 Magravs Units are required for such an installation. A specific Magravs Power Unit for 3-phase power supplies is in development and will be released soon.
When one of the first power systems was developed, it was done to interface with an electric scooter and maintain the batteries so that no further recharging was required.
However, since then, the home and (petrol/diesel)car units have taken priority and we are not able to say if the Magravs Car Unit will function as you expect it to in an electric car. It might, but at this time, it cannot be confirmed.
In time to come, a unit OR instructions specifically for electric vehicles should be released. It would be advisable to wait until then.
Testing has shown that reducing the number of turns on the outer coils from 162 to 144 improves efficiency, and therefore the change was made. This technology is in continual development so expect adjustments and upgrades to happen.
Yes. Follow the instructions prodvided with your Magravs Power Unit and you should be all set up and running within 10 minutes. However, if you are still unsure as to how to use the Phase Meter, please consult an electrician.
There are two options that you can use to install the Magravs Car Unit in your car. Please follow the instructions provided with your Magravs Car Unit, and engage an experienced automotive electrician/installer to run the wiring and do the installation. Please remember to advise your automotive installer that soldering is not allowed, only crimping and twisting of connectors and wires is permitted.
You could, but it is not optimal to do so. With the intake manifold grounding point, we allow plasma fields a direct way to interact with the incoming air before it enters the combustion chambers, and this is one of the reasons why fuel economy is improved. If your intake manifold is made of plastic, the connection would still work, since it involves plasma energy and not electricty. Alternatively, you may choose to connect to your car's throttle body housing, since this is part of the intake manifold. This information is continuallly evolving. Please check with Technical Support for updates.
Option 1 offers a direct, permanent connection and this means that plasma still flows even when your car is turned off and parked. This allows the nano-coating process to occur much more quickly and you should see the positive effects of using the Magravs Car Unit much sooner.
Option 2 offers an easy plug-in-plug-out solution, especially in new cars where the presence of aftermarket wiring may cause the dealer to deny any warranty claims. With this option, the Magravs Car Unit would only be connected to the rest of the electrical system when the ignition is turned on, since the 12V plug is ignition-switched to prevent accidental draining of the battery.
This also means that it would take noticeably longer for the positive effects of the Magravs Car Unit to be felt, since the Unit would not be "working" when the car is parked and turned off, as compared to Option A. But it is a "safer" option for those who have bought brand new cars and particularly want to use the Magravs Car Unit in their cars. This method is being phased out.
The "training" is not for the Magravs Power Unit; it is for your household wiring. During the conditioning phase, your household wiring will start becoming nano-coated, and over time, this nano coating will spread to the other wires in your home. This is why a specific protocol is required for conditioning.
Please be assured that we test each unit at the factory before it is boxed and shipped.
When you move the Magravs Power Unit to your new home, you would need to re-do the conditioning procedure so that the wiring in your new home would be conditioned to carry plasma energy.
What one of our researchers has noted is that, after conditioning the wiring in their home, when they moved their Unit to their sibling's home and installed it there, their own home operated as though there was a Magravs Power Unit still attached to it. Thisis expected after significant time running the Magravs Power Unit on a single installation.
We don't know if this phenomenon is consistent across ALL instances of moving the Magravs Power Unit from one home to another, but if it is, whoever buys your existing house may just be in for a very pleasant surprise, providing they don't re-do the wiring.
We advise keeping the Magravs Power Unit plugged into one socket for a length of time, at least 3 months, before it is moved to another room. Yes, it is possible to do so.
A meter attached before the Magravs Power Unit shows the energy that is used by electrical appliances plugged into the Unit, but it doesn't show how much plasma energy is being put back into the household wiring by the Unit. However, it may be useful to monitor the meter, and cross-reference the amount of energy used by the load on the Unit vs. the reduction in electric bill every month.
As long as what you have approximates the wattage numbers advised in the manual, that is fine; no need to be exact. The only thing to note is to use non-resistive electrical appliances during the non-resistive part of the conditioning phase. There is no need to buy any other appliances.
You can - after the conditioning phase is completed. In fact, we encourage that you connect your fridge to the Magravs Power Unit since it is a constant load on the household electrical system, and as such would see the maximum benefit of being connected to the Unit over time.
Yes, the aluminium wiring would also become nano-coated over time.
At this time, there isn't a device that can measure plasma energy. However, as a rough guide, you could measure the energy consumption of devices plugged into your Unit, and compare that to the reduction in electric bills at the end of every month. Again, this is not an accurate measure since plasma energy does more than just power electrical devices, but can give you a rough idea of what the Unit is doing.
Unfortunately, the power requirements of your water heater exceeds the rating of the Magravs Power Unit, so it is not advisable to connect the heater directly to the Unit. In this application the high load device would need to be on the grid side of the Magravs installation to take advantage of the greater reflected plasma energy available.
However, in the coming times, we will be releasing cascading Units which, when connected in the same household as the Magravs Power Unit, takes the resistive load rating up from 2kW to 5.2kW. This can then safely support your heater, stove, or other resistive, high load devices more effectively.
Yes, this is necessary. Please also note that cascading Units should only be added when the conditioning phase for the previous Unit is complete.
Yes, the two circuits would have to be treated as separate and nano-coated individually because attempting nano coat the system from one side only will take a very long time.
However, there is a way around this. The air-conditioning unit is attached to both circuits for 240V. Since it is winter, a fan-heater rated at 2kW or less could be used to nano-coat both circuits at one go.
The way to do this would be to disconnect the A/C unit from the wall socket, plug the Magravs Power Unit in its place, start the conditioning process per the instructions in the user manual, and then plug the fan-heater in for the resistive-load conditioning phase.
Once the fan-heater is running at its maximum rating, simply leave it running 24/7 until warmer temperatures arrive, and then disconnect it and plug the A/C unit in its place. In this way, the A/C unit would be running on Magravs plasma energy.
Unfortunately there is no showroom where demonstrations can be viewed. Every unit works properly. What we are encountering is unrealistic or simply incorrect usages that tend to cause some confusion. People attempt to measure something that is unmeasurable. They fail and blame the devices as failures or non-functional.
There are many YouTube videos and systems showcased on blueprint.keshefoundation.org that are in the initial state of converting the existing power systems to plasma.
We need to understand that the nano-coating on the copper in the system is a super insulator in the matter state. This means that conventional electricity cannot flow through the Magrav system in the way that most expect. The simple fact that after putting a super insulator into the circuit, your devices still operates, clearly demonstrates that the Magravs Power Unit is functioning.
Furthermore, the Magravs Power Unit outputs plasma energy both in the upstream conductor and the down stream conductor. The output value of the upstream plasma flow is determined by the load on the downstream connection. This is in a ratio of between about 4 to 6 times the rating of the load. This means that the majority of plasma energy is going into the upstream circuit, not downstream from the unit. This is something that is foreign to those trained in electrical theory and most do not know how to reconcile or even use the phenomenon to advantage.
A significant shift in thinking is necessary to comprehend how the system functions and other necessary parameters.
On the contrary, there are many who have working Magravs Power Units already running, so it is incorrect to say that "no one has been able to make the system work."
As for those who cannot follow instructions, well, the description itself says it all then, doesn't it? Hopefully, the same people would also fall back on the adage "when in doubt, ask."
In strict scientific terms, there is no such thing as “overunity.” While it may appear that more energy is delivered upstream than is consumed downstream, this is purely a function of adding another energy source (Magravs plasma from ambient space) to an already existing one (the electrical grid.)
The Magravs Power Unit is a solid state device (i.e. no moving parts) and, barring any mechanical damage, should operate for generations.
Yes, it is possible to connect several devices to the Unit as long as the total resistive load does not exceed 2kW, and the total load does not exceed the load rating of your household wiring and circuit breaker.
If the conditioning phase is interrupted by a power outage, simply carry on from where it was stopped once the power is restored. Once conditioning phase is over, simply turn on and run appliances as normal after power has been restored after an outage.
It appears that your Unit requires more time at lower loads to condition. Please reduce the conditioning load to the 1150 watt load for a week and try to increase it again. The thermal switch tripping is a signal that you are pushing the system a bit too hard.
A resistive load relies on friction of electron flow to operate. Within any measured electrical system there is a predictable volume of electrons that we can calculate such flow from. In a plasma system we are working with pure fields, not particles, that have an energy density many orders of magnitude greater than matter state electron flow. These fields are best used (as far as electronic devices are concerned) in their field state, but they can mimic what happens during electron flow. Due to the much higher energy density of the plasma, when it mimics electron flow it passes that higher density into the mimicry, thereby creating conditions far in excess of what the resistive device is expected to handle. Once the conditioning is done and there is a nano-coating on the conductors in question, the higher order plasma has a perfect conduit for itself and the issues of overloading the matter state device is no longer.
Regulation of the plasma energy is not necessary. Magravs plasma is conscious. It is aware and is what your awareness, emotions and everything else we perceive is generated from. It wants to give us what we desire and intend, and does this marvelously. If we ask it to operate a device that is intended to generate heat, the plasma is happy to do just that. It does it too well in fact. So some protections for intended heat generating devices is necessary until we produce plasma based heat systems. We know that these protections can simply be to introduce the plasma to the heat generating devices in short bursts, so it can condition the devices to be able to handle the much higher energy density available.
You can condition each phase separately, allowing 2-3 months in between each electrical phase of your household circuit before moving the Magravs Power Unit to the next.
Current Magravs Power Units are designed to work with single-phase circuits only. 3-phase Units will be released at a later time.
No, such wiring is not available. Theoretically this is doable, but in practice would be very time- and resource-consuming.
The nano-coating process is essential to change the operation of energy delivery from matter state to plasma state. Once the wiring becomes nano-coated, it will not revert to its matter state when not used. The concept with the Magravs Power Units is, through its functionality as a hybrid power system, to take an existing infrastructure (electrical wiring) and convert it to carry and deliver plasma energy. In the future, wires will not be needed at all when wireless Magravs Units come on line.
Moreover, nano-coated material should not come into contact with skin, so electricians would have to adopt special handing requirements during the wiring phase. It is much more straightforward to do the conditioning in the home itself after the electrical wires are connected.
The Magravs Power Units are not standalone generators. They supply a secondary source of energy (plasma) alongside the primary source (the grid), and over time with nano-coating process, plasma starts to take over to supply appliances instead of electron vibration (electricity.) In a household application with solar panels, connecting the Magravs Power Unit to a household socket and conditioning the whole household would in turn effect the batteries positively through the inverter in the long run, in that they too start to supply plasma energy and take on a longer lifespan. We are continuing to develop specific solutions to these types of applications.
One of the common misconceptions is that any reduction in energy consumption can be seen by a power meter attached to the wall socket where the Magravs Unit is plugged in, or in this case behind the main electrical meter. This is not the case because the power meter does not measure plasma energy being reflected back into the household wiring.
Plasma energy CANNOT be measured with the meters that we have today.
The actual measurement of the drop in electrical consumption must be done at the main electrical meter outside your house.
Remember, no present meters can measure plasma energy. What the main meter will show is the side effect of plasma supplying more and more of your household energy needs, i.e. less and less dependence of your home on electron vibration (a.k.a electricity).
Please note that any significant drop in energy consumption will occur over months, not days. Again. the initial 21 day conditioning period is to get the wiring at that particular socket used to plasma energy, but to FULLY nano coat the wiring in your home will take months. Hence the gradual drop in electric consumption as read at the main meter.
Furthermore, the current load on your Magravs Unit is good but not great. To alleviate this, once the initial 21-day conditioning phase is over:
a. if the cotton candy machine will not be used 24/7, please disconnect it and run it only when necessary. Run non-resistive appliances as constant load on the Unit instead.
b. To aid the rate of nano-coating propagation in your household wiring, increase the constant load on the Magravs Power Unit to around 1500W or more, non-resistive.
Then, please monitor your electrical bills over the next few months.
Please also see this video for Mr. Keshe's explanation of this very phenomenon: https://youtu.be/uLu7QJHoaxQ?t=1h25m55s
You need to remember that this is an entirely different method of supplying energy, and it should be noted that the old rules no longer apply. Instant or near-instant results are not possible here because we need to use an existing infrastructure and convert matter state to plasma-conductive state and that takes time, just like it takes time for a tree to grow. We are working with Nature, and the process cannot be rushed.
If this process seems an inconvenience, then please wait until wireless Magravs Units are released for sale.
The service would not be feasible at all. It is necessary to let customers do the conditioning process themselves. Otherwise, please wait for wireless Magravs Units to be introduced. The process of converting a home to plasma energy can take many months to complete. Every installation reacts differently and each has its own unique issues.
What is plugged into the Magrav unit acts as a "trigger" for the plasma. There is some of the plasma that is directed into that plug, but most of it is "reflected" back into your home through the wire that is plugged into your wall. As that plasma builds "pressure" in that wire, it nano-coats the copper (or other wiring material like Aluminum) in the house wiring, creating an easy path for the plasma to flow and be directed to all your home's systems. In time, it also flows and generates pressure on the wiring FEEDING you home, thereby beginning the process of coating the grid.
The reflected plasma is typically in the range of 4 to 6 times what is placed on the unit as a load (trigger) and made available to ALL your devices through the wiring of your home. This plasma will supply at least part of the energy requirements for each and every device, from your fridge to your stereo to your power tools, as long as they are on the same wiring scheme as the Magravs unit. By wiring scheme, I don't mean circuit, but rather the collection of circuits that make up your total system in your home.
Every installation is different and will react and act differently from the next or the previous, so comparing installations in any sort of detail is not productive. Some homes will achieve greater than 60%, some 100% some only 20 to 30%... Wiring complexity and run lengths (total volume of copper to be coated) will have some bearing on this until the grid itself is coated and supplying the plasma.
Having as much of your house wiring between the electricity source (your meter) and the Magravs unit as possible is the (at this time) optimum installation. This places the majority of your home's devices in the plasma flow field as it works it's way down your systems to the meter...
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