Field Propulsion, Explained with Working Proof

field propulsion i love how that sounds moving an object by using electric fields a revolution in transport is possible with this technology and it is very suitable for deep space travel is it possible yes but how does it work i'll explain and show you this with a simple experiment hi my name is evo and i'm an open source researcher in my previous video i showed you how a displacement current can charge up a capacitor through non-conductive water but to charge this capacitor i needed a diode while the radiant energy pattern of nicola tesla does not use a diode the impulse that i used was produced by a coil discharge it's equal in its positive and negative change of voltage which induces the displacement currents so it produces two equal but opposite displacement currents one negative and the other positive from all this information i concluded i needed to produce a single polarity displacement current and this can be done with a sawtooth waveform which has a slow rise and a fast fall therefore i have now reverted to a capacitor discharge through a spark gap which i normally do not prefer due to its wasteful nature but the spark gap makes it easily possible for me to create a high voltage sawtooth waveform at a high frequency with a slow rise and a very fast fall the idea is that the slow charge creates transverse waves through the ambient medium just like pushing your hand down water creates a transverse wave while the fast discharge produces a longitudinal wave through the ambient medium just like slapping your hand hard on the water produces a much faster longitudinal wave through the water this fast fall of the sawtooth wave produces a unidirectional longitudinal displacement current and jj thompson in his book electricity and matter which was published in 1904 wrote that the ether has inertia so if we can displace a volume of ether in a single direction then the inertia of this moving volume of ether should be able to create pressure or tension just like the water pushes against the moving hand and thus the displaced ether can move the plates of a free hanging capacitor let me show you this in a simple experiment i have a battery 12 volts and this powers my zvs zero volt switching and the zvs goes to a flyback transformer which powers it now the secondary of that flyback transformer produces a high voltage dc because inside of that flyback transformer is already a diode and i believe there's also a capacitor but i'm not sure about that internally there is a diode which rectifies the ac high voltage so the output goes down into a capacitor which is around 3.3 nanofarads but first it goes through a high voltage diode and then it goes into a spark gap so this produces ac high voltage this is basically a tesla coil except that it has a diode which rectifies that into a positive high voltage so that positive voltage charges off that capacitor now here we put a earth ground so we have then a spar gap whereby the voltage slowly charges up the capacitor and then when it reaches the threshold it discharges through the spar gap and then it slowly charges up the capacitor again and discharges through the spar gap and so on and so on so a slow charge and a fast discharge now in addition to this because this is only to get the signal that i want the sawtooth signal in addition here i connect a special capacitor which has large parallel plates and which will hang free so it can oscillate by itself now the idea is that the displacement current is a longitudinal motion of the ether so the ether is set into motion like so and this volume of ether that is set into motion has inertia and because it has inertia it will be able to move these plates that hang loose from its wires normally inertia is related to moss for example when you are driving in a vehicle and you turn around a corner then you will feel that your body wants to move sideways like turning through that corner this is because the mass of your body has inertia it resists the changes in movement but inertia is not restricted to mass only and this is because all mass is made out of ether just like everything else in this electric universe we live in electric fields like the magnetic and the dielectric fields are also made out of ether and thus also have inertia this explains why we have impedance but that's another subject so when a mass is changed in velocity or direction it will experience inertia and the same holds up for the dielectric field when a dielectric field is being displaced it will also experience inertia although it will be relatively small so we need large capacitor plates with large volumes of dielectric material in between them that are polarized by high voltages that rapidly change in time and this is the basics of field propulsion that due to the slow charge and the fast discharge we can create a single direction displacement current which is a single movement of the ether which has inertia so we get a pushing or a pulling on the capacitor plates this is my setup i've got a 12 volt 7 amp hours battery here that feeds my zvs driver that is connected to my flyback transformer then the output of the high voltage goes through a microwave diode high voltage into a capacitor of around three and a half nanofarads a little bit less a little bit more the other side of the transformer is grounded through here and we then go from the capacitor into the spar gap and this spark gap has a distance of around two and a half to three millimeters and i have a another capacitor which is this one this one is parallel over the power gap the same as these capacitors so it's just an extension of that high voltage capacitor and this is made of two pcbs with copper plating so this is just copper here's copper i glued them together clamped them down so there's no air in between and i cut away the edges so there's no high voltage jumping over and i put a little bit of nail polish on the copper to make sure the corona is reduced from the edges we don't want that and this has long wires thin wires which are not capable of high voltage isolation so i'll have to be careful not to cross them or have them near something and this will hang from the side of my desk and it will act as a swing like so and i will film the movement of this plate as the sawtooth that is created will push against that plate or pull at that plate so this is what i normally use in my research i use negative unipolar impulses but i realized that these impulses which are high voltage negative voltage are two displacement currents one going negative the other going positive so there is a displacement going back and forth so instead of using this i wanted to use something else what i wanted to use is this have a slow charging capacitor which discharges very rapidly and then slowly charges again and discharges very rapidly and slow charges again and this is what i create with the zvs setup with a spar gap and a flyback coil in the capacitor you might have noticed something strange when i draw the sawtooth the capacitor is charged up with a positive voltage and then when it is discharged very rapidly by the spar gap it becomes negative and i find this very peculiar i would have expected the voltage to become zero but not negative for example when i discharge a 12 volt battery it will drain to zero volts not negative 10 volts but still it happens and again this is an indication that we are dealing with inertia the zvs drives the flyback transformer which produces a high voltage dc wave through the rectifier diode this charges up the capacitor relatively slowly this is a transverse movement of the voltage then when the threshold is reached the spar gap will start conducting and will discharge the capacitor very rapidly and this is the displacement current which goes in one direction from positive to negative so it's moving that way so the idea is that the slow charge is transverse and a fast discharge is longitudinal the high voltage capacitor is made of an array of capacitors first there are three kilovolts capacitors of 68 picofarad and those we've got three times in parallel so together they make a capacitor of 9 kv 68 picofarads now this was a little bit too too small for getting a proper discharge and this was also very high frequency so i added another three capacitors in parallel of 10 nanofarads 3kv so together these are 3.3 nano ferrets and 9 kv so they're all in parallel connected as one capacitor i have now placed a high voltage probe on the positive side of the spark gap so we can see the charge of the capacitor and the discharge of the spark gap here's the scope we've got two kilovolts per division on the vertical and a time scale of 200 microseconds on the horizontal scale i'll turn the system on and i'll try to stop the trigger very quickly i'm turning it on and there is the scope shot this is a single frame so you can clearly see that we've got four kilovolts on the positive side and the negative side is minus six kilovolt so there's a total of 10 kilovolts being discharged and i'll zoom in to that displacement current right now so you can see how that looks zooming in it is very very very fast as you can see this displacement current is taking place in around nanoseconds maybe 40 but it's absolutely ridiculously fast and then it turns up again so this is exactly what i want to see a very fast discharge with a relative slow charge the charge takes around 600 micro seconds a very big difference in time and in the lower right corner you can see the frequency is now 1.57 kilo cycles per second i've now placed the capacitor plate that is parallel over the bar gap to the side of my desk hanging loose and i'll now show you the spark that is being created by this system it's very loud and very violent so here we go i'll turn the system on [Music] i can't really turn it on very long because the blue capacitors are cheap ones from china and they will heat up very fast but it's not needed to be very long in duration so one more time very loud so now i'm gonna place my camera at the side of the capacitor plates that are hanging loose so this is the setup the wires are free i'll remove it from the ground wire so it's absolutely not close to anything then the wires go down to the free hanging capacitor plate which is able to oscillate and i'll film it from the side so it will be clearly visible when it's moving and i'll try to pulse the system on and off on the resonant frequency of this plate because it acts as a swing so i can turn it off and on on this frequency and then the movement will commence i've zoomed into a corner of the capacitor plate and it's now hanging loose and i will start activating and deactivating the system you will hear the sparks and you can see the motion it produces on the capacitor plates okay let's start the experiment now [Music] [Music] i don't want to continue because i think my capacitors are getting very hot as i heard the frequency change of the sparks but you can clearly see it is swinging and this is by the pushes of the displacement current on that capacitor plate to me this proves that field propulsion is actually possible now this experiment only shows a very small deviation but it is there and it is a proof of concept the force is dependent on the surface area and the change in field strength so imagine the plates being circular and having a diameter of 10 meters or 30 feet with a center column so that a ring toroid of ether flow could form around them and the voltages being much much higher in the range of tens or even hundreds of thousands of volts with a frequency much higher than i used in this test the displaced volume of ether would be much larger and thus much more inertia would be present in the moving field creating a much larger push or pull also i need to mention this test can easily be reversed in polarity by reversing the flyback transformer output and reversing the diode this would charge up the capacitor to a negative voltage relative to ground and the rapid discharge of the capacitor would then create a positive displacement current which would represent a push instead of a pull that i'm now using this proof of concept shows that force can be inserted or extracted from the displacement of ether so field propulsion is closely related to the generation of electric power from the inertia of the ether many have asked me what is the ether and right now my answer is ether is inertia which relates to impedance impedance is formed by the inertia of the ether and all fields are ether fields thus all fields also have inertia which is why they can exert force the information in this video is part of my open source research which means no patents can or will be applied if you want to fund my open source research you can do so by donating on my paypal account which is listed below this tiny url link will direct you to my paypal donations page that's it for now thank you for watching and see you next time

Channel: Master Ivo

Views: 18,891

Keywords: Dielectric field, magnetic, field, field theory, bifilar coil, bifilar tesla coil, resonance, tesla coil, nikola tesla, dielectricity, impulse, electricity

Id: lVjC47NBqfM

Length: 21min 50sec (1310 seconds)

Published: Sun May 15 2022