Electric Potential in the Air?? Simple experiment to detect

This is an experiment to detect the electric potential in the atmosphere; near ground level.
Harvesting Antenna Energy Video:
" • Harvesting Antenna Energy "
Pulse motor running on antenna energy; video:
" • Perpetual-like, pulse ... "

[@emilnow]

Tesla writes in the Brooklyn Eagle newspaper on July 10th 1932: "I have harnessed the cosmic rays and caused them to operate a motive device... More than 25 years ago I began my efforts to harness the cosmic rays and I can now state that I have succeeded in operating a motive device by means of them. I will tell you in the most general way, the cosmic ray ionizes the air, setting free many charges ions and electrons. These charges are captured in a condenser which is made to discharge through the circuit of the motor. I have hopes of building my motor on a large scale, but circumstances have not been favorable to carrying out my plan".

[@doubleMinnovations]

On 'lasersaber' channel, he worked in this area, and has some videos on it.

[@taylorwestmore4664]

Search also for the work of the "Ion Power Group", they have improved the collection of atmospheric ions by coating electrode wires in high surface area graphite/Graphene ink, exploiting the modified Paschen's law of dielectric breakdown for small radii of curvature to ionize the air at much lower voltages, significantly increasing conductivity in the volume around the electrodes. It's worth mentioning that Tesla's patent for harvesting atmospheric electricity did NOT use an exposed electrode to emit electrons in his aerial. His design uses a dielectric coating on a flat metal sheet to isolate it from the atmospheric ions, forming a single sided capacitor "electret" which forms a plasma double layer in the air by corona discharge on the dielectric barrier. The grounded spark gap transformer circuit would periodically discharge, neutralizing the plate and causing the built up parasitic capacitance of the plasma double layer to briefly neutralize, quenching and collapsing it, before the ground circuit once again charged the plate. If tuned correctly the plasma layer can act as a resonant capacitive element to build up enormous potentials. Tesla was limited to poor dielectrics but nowadays we could achieve high K values. The plasma layer would also benefit from wind and sunlight hitting it, increasing the charge separation through mechanical and photoelectric effects. Tuned plasmas on dielectrics can even act as semiconductor junctions with specific bandgaps in the solar spectrum, maximizing the photoelectric effect.

[@mattg6472]

Laser saber and ion power group are both collecting static in capacitors but they rely on a special motor and current leakage . That's nothing like Tesla describes . That antenna has a charge and they are not repeatedly discharging it through a rotary switch or spark gap to a load.. The antenna should be charging and discharging fully 60 times a second to realize an amperage or flow . Nothing like the leakage of laser saber and ion power group . They are gatekeepers

[@edaylward7495]

I believe read somewhere that when you put a bare, (no insulation), conductor in the ground, for every 6 feet up you will gain 1 volt

[@jmuelmmorales8167]

Everyone we need to stand for our future we need to save our earth because of this Corrupted Government and Company.

[@logenmattsen]

Thanks for a great video! And the explanations! Great to see someone so close to me doing experiments👍👌👏👏👏 I'm in Meadowlands MN and I'm about to start working on Crystal battery power 🤞 Thanks for the channel into a slice of your life!

[@doubleMinnovations]

Awesome! Thank you! I did some experiments with crystal batteries too, about 10 or so years ago. Not much current after a short time. I have one circuit that I have been working, that I think would allow more usable power. Would like to get into more of that in the future. "kzbin.info/www/bejne/rnmzaZWfqdmkl7M"

[@emirlie]

I'm sure you've noticed. Voltmeter reads something meaningful when you're going up and down. Maybe moving through the electric field is what makes the difference.

[@designsforge4153]

I was thinking the same. Maybe putting it on a wind mill helps but it beats the purpose of having a wind mill setup in the first place 😅

[@emfimpulse]

I've tried this experiment before, with a rocket pulling a 40 gauge insulated copper wire to an altitude of 300 feet(ish). Funny thing was, a digital multimeter read zero, while an analog multimeter pegged over 1000 volts! Found it would directly light a 5 watt 120 volt night light bulb (tungsten filament), although not to full brightness...

[@doubleMinnovations]

Wow! That's interesting. Thanks for sharing. 👍🏻

[@beekaybeetee3911]

Try with MARS orbiter.....

[@lm1995.]

u were still wired to the ground or u have done this measurement while the rocket was in the air without wire to the ground???

[@emfimpulse]

@@lm1995. I had a ground stake, and the multimeters were reading between the ground potential and the aerial wire potential

[@lm1995.]

​@@emfimpulse thank you for the answer , just for curiosity (if you know that ofc) how i can do this measurement while i'm in the air?? with out a wire stuck in the ground as negative , what i have to do and where i have to point the negative pin of the multimeters for achieve that??

[@mattypow82]

Thank you this video was great and you kept the information clear and easy to understand

[@doubleMinnovations]

Glad it was helpful!

[@ashleybredesen5669]

Amazing 👏 thank you for making this video

[@doubleMinnovations]

My pleasure 😊

[@Mark_Nadams]

I think what you needed for this experiment to show the effect better would be more conductor on the pole to increase the current flow. In the arrangement you have, one of the plates of your parallel plate capacitor is an effective pin point of about three feet of copper still cooling coil compared to the opposing plate, the surface of the earth. So your current flow is minuscule. In other words a coil from a flyback or some other high voltage transformer with lots of coils of thin wire to give you hundreds of feet of wire should increase current flow. Maybe even enough for your meter to show. The coil might work better without the metal or ceramic core. Maybe try both ways for an experiment. I am sure it would work even better if you could unwind the coil and evenly spread the wire out to use it like a receiving antenna. In which case spacing between wires and length of wire will become important to maximize the efficiency. Your meter is most likely too low impedance (~10M ohms) with the setup you have to show the electrical potential you want to show without draining the voltage down by drawing too much current. An electrometer would be what you really need to show the electrical potential. Something like a Monroe 244a would be the ticket. One other way to show potential voltage from a source which has a really small current with your setup would be to charge a good sized high voltage capacitor without a meter attached for several minutes, maybe hours, with your coil and then connect the meter to the cap and watch the discharge. An old fashioned meter with a needle (d'arsonval movement) will work for that better than a digital meter because the voltage on the cap will be discharging and therefore changing. A digital meter will just show a bunch of random useless numbers as it tries to determine what the voltage is, as the voltage changes.That old style meter is typically even lower impedance than your DVM but will work with the cap and show a smooth discharge from the initial voltage. A really old VTVM meter like the Simpson senior voltohmyst would would best since it has a needle and a similar input impedance as a DVM so the cap discharge will be slower. - BTW - Do not try any of this kind of experiment if there is any potential lightening storms nearby. Ben Franklin got off easy with his shock of electricity from the skies. Be careful.

[@logenmattsen]

Wow! Thanks for your suggestions👍

[@josnaakter6370]

Thanks. Very nice experiment

[@doubleMinnovations]

Thank you! Cheers!

[@cn9630]

I LOVE IT

[@DeryckThompsonChasingtheDream]

Very interesting idea, it seemed to gain power as your probe was in motion going up and then down. Maybe a type of spinning probe would pull in more power than a stationary one.? MM? Just a thought. keep us all updated with your findings.

[@doubleMinnovations]

The experiment confirmed for me, what science has taught. That there is an electric field surrounding the Earth, and can be detectable a ground level. The conductor is acting like a plate of a capacitor being inserted into, and extracted from an electric field. Thanks for commenting.

[@VeritasEtAequitas]

David, no. The motion of the coil through the Earth's magnetic field works as a generator. This is how motors and generators work.

[@heavensplayer]

what would you is the best for electroculture harnessing this effect? Would the top be pointed or spiraled? Would the hole pole be need to be conducer (e.g) copper + spirals near the top, or can i just have a long wood pole with a wire running down it and instead having the copper junting/spiraling out the top? which would be a larger field?

[@doubleMinnovations]

To develop a charge on a capacitor, you would want to bleed off electrons into the air. Many points sticking out into the air, as high as possible, I think would be the best. A century ago this was the proposed way to capture atmospheric electricity. Balloons with many finely pointed wires, and such things.

[@thembelssengwayo6896]

What kind of sensetive equipment do you need so that you can register 100 volts?, tell us so that we can buy those for you.....m

[@Maheonehooestse-HolyFireMan]

It varies. Depends on your location

[@observenotify8604]

Need a sort of antenna mostly of copper or alluminium, to catch grab harness the electricity from the atmospheric mixture of both air and water, nothing may be in the highest humidity or in the highest rain.

[@CristianoBonavolonta]

the difference you tested is between the wooden connection to the plastic pipe and the copper. so not matter how high you will go you always will get same reading.

[@michaelbowler5434]

If I'm not mistaken by putting the meter as the load, you are unlikely to get a reading as the meter has very high resistance. You might be better off adding a low resistance load instead. If you set the meter to amps you could get better results.

[@chelsona2574]

add a DC rectifier with capacitors and the charge will last longer and be useable

[@normanvarvel4649]

Looks like it's going straight to ground. What if you put a resistor inline a small 12vdc bulb?

[@doubleMinnovations]

The meter is the only load on this experiment; the only thing resisting the flow. The flow of electrons is very tiny. Any resistance will slow the flow, and there really isn't enough in this setup to light a bulb; if that is what you meant... I have seen a video where someone else was able to operate an electrostatic motor with an elevated conductor. Thanks for watching.

[@chronobot2001]

Nice experiment. You could have tried using a higher voltage range on the dmm. It may have had a higher internal impedance that way and wouldn't have pulled the voltage down as much. It probably wouldn't have mattered but it would have been easy to try It's just a wild guess on my part.

[@AhrayahLaban]

You may need to increase surface area. I'm thinking a copper brillow pad would be worth trying!

[@doubleMinnovations]

Hi Derek, I think increasing the surface area would increase the effect too. Thanks for commenting!

[@Rave50ful]

Very good!!! Keep going!

[@doubleMinnovations]

Thanks! This is a starting point to indicate that there is something there, if others want to experiment.

[@Red-Feather]

I'm going to try this to electrify vegetation such as food to see the effects.

[@ru13z1]

Just reading through comments and read yours. Any updates?

[@Red-Feather]

Could someone please tell me why I can see this video in Japan while I try sending the link to there here but they can't get it. This is a great video. I was introduced to atmospheric micro-electricity some years ago through the videos by Yannick Van Doorne. I use this to grow vegetables. They grow strong & tasty.

[@daviddavids2884]

why I can see this video in Japan while I try sending the link to there here but they can't get it if you wanted an answer to a question, you should have asked a question that is COMPREHENSIBLE

[@Red-Feather]

It's ok. Thank you. The internet gods took care of it.

[@gregoryjacksonsr7452]

Does it matter if it left or right turning? I believe right or clockwise turn in copper wire creates positive charge.

[@doubleMinnovations]

The turns in the copper coil doesn't matter. I'm just using the copper tubing as a capacitive surface, to stick up in the air. The copper tubing is just something I had, that is a good conductor.

[@MisterEzzy]

I noticed as you moved it from the ground into the air seems as though the friction of moving it through the air causes the voltage to rise maybe there's a way to gain efficiency through those means?

[@doubleMinnovations]

I think the voltage changes, just because the conductor is going into the electric field. That was the theory, and this is what I did to see if I could detect it. Thanks for the comment.

[@Halumash]

What is going on with mobile phone technology, when many people sre using those collectore´s Is it possible to use them, or could such a collector maybe collect the microwaves and the people could going on without harming through it =) ?? Maybe, before the thing in the bones is or something else is totally damaged...

[@preciouspetal7974]

Your charge is happening only when it is moving, so it's not so much about height in this experiment, but it is the movement in that electric field that is creating the voltage.

[@SumNumber]

Wonder what the effect would be if you ran two coils in the air and connected those to a microwave transformer mains and the output to the meter and ground and/or place a voltage amplifier somewhere in the circuit if there would be enough input power to make it fly ? :O)

[@12345678901234565678]

Altho this is old experiment you should try again with a spark gap on the positive side, as small as you can make. The ionized air repel the conductor if its grounded, if you use a spark gap, the conductor will be ionized a lot more and you get the reading out when it sparks. Use a capasitor to store the energy to get a better reading.

[@letropchiant]

Hello you put the voltmeter on DC mode right? You should try it on AC instead

[@doubleMinnovations]

Yes, it was set at DC in order to detect the static electric field. I have done AC reception experiments for many years. Check out this video: kzbin.info/www/bejne/hnPOqHWohtSWY68

[@alcidescoronel1829]

Campanero estás absorbiendo las cargas negativas de la atmósfera yo lo hice una vez siga experimentando suerte

[@brianlee9310]

An orgone generator is very powerful in itself. Those pyramids harnessed energy naturally by earth's own gravitational constant .positioned to a true north obviously in order to get an even more powerful charge. I believe the sarcophagus was infact granite which is where we get graphene from. And let me tell you. Graphene is more conductive than gold from what I understand. So yes good job on your project. I will be doing several myself soon. Take care sir.

[@dougworman6926]

It may be more interesting to set the meter for dc amperage, to measure the actual current from earth ground to positive charges in the atmosphere. Granted, the amperage would be tiny

[@doubleMinnovations]

I did try the DC current setting, but there wasn't enough to get a reading. The voltage at the heights I was experimenting at, wasn't really high enough to bleed much electricity off. I was only able to get some detection. Thanks for commenting!

[@icebluscorpion]

It discharges through the multimeter you need a capacitor in series to prevent DC current to flow

[@jamescole1649]

Need a cap in between ground and coil

[@wbriggs111]

You should have showed the Hindenburg disaster as a example. That metallic paint was a good conductor good

[@doubleMinnovations]

That's something to think about... Thanks for watching!

[@carloni761]

moving of two magnetic fields will rise up volts

[@Norbert-yk4jy]

Safety first: you should not do this on a cloudy day (lightning) 2. For good results do this on a sunny day, clouds are insulators. 3. use an analogue meter. 4. Build a mobile device (negative doesn’t have to be 0) so that you can walk around for different results. The voltage is not equal everywhere.

[@doubleMinnovations]

I used the least expensive meter I had, (Harbor Freight). I have ruined better ones doing this by a static charge.

[@williambianchi2006]

If the byproduct of a static electric discharge is a short but intense magnetic field around the spark and if one magnetic field can warp/move a second magnetic field, then perhaps discharging static electricity near a permanent magnet would warp that magnet's field. Maybe if a stationary coil were situated near the stationary magnet and a ground rod were also positioned near the magnet, perhaps the coil would transduce electricity each time static electricity was discharged into the ground rod due to the magnetic field around the spark warping the magnet's field, causing the coil to transduce electricity each time the magnet's field moves. If an antenna were set high in the air to collect static electricity and a wire ran down and near the ground rod, the static electric discharge (spark) would happen without any input from the end user of the motionless electric generator described above. Who knows if it would work, but it would make for a fun experiment.

[@doubleMinnovations]

Thanks for your comment. I have been giving more thought about experiments to do in this area of interest. I'm trying to wrap my mind around adding an input, to increase output....

[@WhatAWondWorld]

Спасибо, это интересно

[@DamanSound]

You need an auto-ranging multimeter.

[@zxxxcxx]

I remember decades ago on the News the Space Shuttle rolled out a thin copper wire from its cargo bay and it didnt get out that far before the Experiment went South the wire was conducting so much charge, it overheated the Wire and caused some damage to the Shuttle....Free Energy in Space ?

[@doubleMinnovations]

I remember hearing something like that. I thought they put out a loop of wire that they dragged behind the Shuttle as it orbited the earth, to generate electricity as it was pulled through the magnetic field of the earth...

[@gimpygardner3377]

I live next to high voltage towers. I would love to find a way to collect the "stray electrons".

[@doubleMinnovations]

With high voltage power lines, the power company would want to know what you are doing, and possibly accuse you of stealing power. It is possible to make a capacitive link with the power lines with a wire and ground, enough to shock you. I have seen videos of people lighting fluorescent tubes under power lines.

[@minedminemind5656]

Why can't you attach this to a windmill? Surely every bit helps when generating power?

[@doubleMinnovations]

It's something to think about, I don't know how practical it would be for meaningful output. Would need large surface areas...

[@cultimatic8927]

Ground pin in ground needs to be isolated, do thes by encapsulating the pin or rod in a 2inch plastic pipe into the dirt with the rod inside. See the difference. You should now create a draw from the atmosphere above .

[@khunden]

how deep would the plastic pipe need to be? as deep as the rod?

[@bryancmcdonald3978]

⚡👍

[@bryancmcdonald3978]

There's some forest ranger towers where it lightning is always striking the ground. ==== Plus , a woman artist puts what's marbles glass all kinds of stuff and the lightning rod and when lightning strikes at 50,000 degrees she sells that as art 🎨 work. ==== Me I was just thinking about a gigantic Van de graaff generator 🌬️ turbine. ==== The sky is running oval pantomimes around while I was thinking just stand them on end . === Have a pyramid of giye wires made out of bungee cords for all kinds of weather ☁️ it can go (( mashugana loco)) in bad weather ☁️. 👋😎💨 Bryan Don't cook too many kosher on that COM 🔗

[@denisgiguere1600]

The aligator connector you use are not isolated, the current will leak at every bare metal non-isolated connectors.

[@thelittlesignpost]

I am finding a typical 0.220 - 0.182 volts, but it will vary all the time at 3 metres high, lower down it lower readings of 0.100 or so, most of my antennas have winding from top to bottom and I don't use insulated wire! Exposing copper to the atmosphere draws in the power, so I would say winding exposed copper down your pole is likely to give a better test, when there are no electrical storms, but make sure the wire is copper grounded rod too, not steel!

[@doubleMinnovations]

Thanks for sharing. Ever thought about doing some videos?

[@thelittlesignpost]

@@doubleMinnovations I had indeed thought of doing some videos as I have a wide variety of subjects to deal with, like gardening, futures trading, electro culture, free energy, cooking, motorcycles, Balearic slinging, archery and more, but finding the time for my own pursuits it's hard to include videography of these all the time! The Little Signpost is all about the signposts of life and the directions one can take!

[@doubleMinnovations]

The first video is probably the hardest. Just try to do your best, then after hold the, 'I don't care so much attitude' if it's received well or not. Expect the worst and hope for the best. It takes a while to get noticed on KZbin. We have two channels. The homesteading one is a lot slower growing. Sometimes I figure that if I'm going to be doing some project anyway, why not video and see what happens.

[@DonaldMcKenzie-nn4pw]

You should search for earth batteries. You can make them with soil or water. The soil has to be moist. Use two different materials for your terminals like copper and aluminum. Make the earth battery in series. These are cheap easy volts to build. Roughly one volt per cell. Then to get your amps, wire a solar panel to the earth battery in parallel. You will have all the cheap green electricity you could ever want.

[@doubleMinnovations]

Yep; have done that before, and will have a video coming with my best version. Thanks.

[@mattg6472]

What's with all the new activity on this vid ? I seen it a long time ago, why is it getting traction now ? Cool anyway

[@doubleMinnovations]

According to the video analytics, 32% of the views are from searches people have done. More people are searching for this type of information.

[@mattg6472]

@@doubleMinnovations cool I am actively sending people to this video aswell

[@TheDamian58c]

If on average for every meter up in the air there's 100V potential difference relative to the ground, why did the multimeter measure values only in fractions of a millivolt?

[@doubleMinnovations]

Great question! A more sensitive meter would register a higher voltage, before the raised conductor and the ground are equalized at a raised position. The meter requires a tiny current to flow through it in order to register a reading at all. And that tiny current is all it takes to neutralize the conductor with the ground. So it only registers a few millivolts when it's raised and lowered. I believe the readings were between 2 to 5 millivolts. My further explanation; is that the ground is like a big plate of a capacitor that has a negative charge compared to the air. The conductor (the copper tube) I use is connected to it, so it is like an extension of it. While the conductor is at ground level, it's neutralized so no current flows. At the moment the conductor is raised, it is no long neutral with the ground, and a charge will want to flow. The surface area of the conductor (the copper tube) determines the amount of charge that it can hold. The conductor only requires a small number of electrons to flow again, to be neutral with the ground at the raised position. -it's a small extension of the ground to a higher position. A conductor with a bigger surface area, would register more with this meter; or a more sensitive meter would register more before the conductor is neutralized. Thanks for commenting. 😀

[@TheDamian58c]

@@doubleMinnovations Thanks for answering and making the video :) I didn't take those things into account when I commented. Now my question is: wouldn't the coil conductor make things worse? I mean its surface area is more dense than a single wire, some kind of sharp metal skewer would work way better. Sorry for a late reply.

[@doubleMinnovations]

The purpose of the experiment was only to detect the electric field. A large conductor is what I looked for through my junk, and found a coil of copper tubing. If I was going to try to continually 'bleed' off a negative charge from the ground into the air, I would use many tiny conductive points to do that. -That would be another good experiment.

[@bobkelly2447]

Atmospheric electricity is a hard beast to nail down simply because everything that sticks out of the ground raises the grounds potential, if your by a tree the negative field of the earth will be at the top of the tree meaning you were still in the negative field of the earth not in the atmosphere.... you would need a much taller pole to get above the tree that you are by just to start to get out of the ground effect..... that is the problem ! I have tried several times to get atmospheric electricity here at my house but I would have to go higher than the telephone poles just to get out of the ground effect and start that 100v per meter high voltage potential the ground field that covers the ground like a fairly tight sheet it does not dip down sharply and in valleys it will sometimes just stay level with the ridges ! I KNOW I'm talking from experience ! a balloon is about the only practical way to get a wire up there in the free air above the ground's potential ...sorry but that's how it is !

[@doubleMinnovations]

Have you ever tried a balloon? I seen on lasersaber channel he tried a drone with some success.

[@bobkelly2447]

@@doubleMinnovations No I haven't as there is no point because the winds here can reach 90mph every winter and if I go to all the work of setting up a system i want it permanent not a week or 2 at a time. if I had a ham antenna tower like I had 20 years ago I could just crank it up to 50 feet and have a 20' pvc pipe on it to get me above ground effect although it wouldn't be far as the tower would be the point of ground effect then but it would be something.... I've had better luck pointing my ham antennas toward power transfer stations of PG&E and I've gotten a few volts just from that ( they were 20 miles away but were a very dirty power station) I have alot of experience with making ham antennas and on a few I have gotten a few volts from .... my long 80m antennas (120') were the best but they were only 20' from the ground... getting above the ground effect is very hard, a guy on KZbin made a PVC pipe tower a while back and hooked a wire to the top and got over 1000 volts from it I set out immediately to replicate that, but realized shortly after that it would never withstand our winds up here so I gave up.... 1000v ran through a bridge rectifier and then into a step down transformer would provide all the power I need except for my welder LOL

[@bunnykiller]

What Im making of it is as you move the coil it changes the voltage, looks like you are measuring the Dv/Dd... a magnetic field change.

[@doubleMinnovations]

The Copper tubing builds a charge that has to be neutralized. Cutting through a magnetic field doesn't behave that way.

[@oaoJ369]

Ancient people used to have this technology already

[@doubleMinnovations]

Really? How did they use it, and what for?

[@oaoJ369]

@@doubleMinnovations research for tartaria and temples technology with free energy from the ether

[@oaoJ369]

@@doubleMinnovations but you should be careful posting this kind of knowledge because they can go after you like they did with the man who invented a water powered car and other dudes

[@vivalalibertad9194]

In France we call that électromagnétic wave réception 😁😁😁

[@doubleMinnovations]

The experiment in this video detects the DC 'static' electric field in the air. Electromagnetic waves are different; they propagate. They would produce an AC voltage between the an aerial and ground. Check out this video: kzbin.info/www/bejne/hnPOqHWohtSWY68 Thanks for watching

[@SermonFapple]

To get better results make another taller stick and at the end, instead of that copper coil. Get ~12guage copper wire and make a whole bunch of 8 inch hairs soldered to the lead

[@doubleMinnovations]

The experiment was just to detect the electric static field, so I use what I had, that had a large conducting surface area. You are right, if plan is to bleed off electric charges from the ground in a continuous manner. Thanks for commenting!

[@SermonFapple]

@@doubleMinnovations my bad, didn't want to seem like I was correcting you 😅 just putting the info out there in case others want to try and do something like this. I plan on doing some experiments myself and I have learned from your video, movement seems to be a variable important for getting more of a charge. So I want to see if I made the top spin in place if it will "scrub" more charge out of the atmosphere.

[@doubleMinnovations]

@@SermonFapple All my videos are meant to inspire people to think, create, experiment, and share ideas. All is good. Thanks for commenting!

[@kennezarfadhilalfian8201]

@@SermonFapple so, to increase the voltage you need to increase surface area on the top? like a van de graff generator?

[@kostelgerollari9762]

I remember when i was a small boy and i put a 5v bulb to the primary on a old ignition car and its light very well I dont now how. Free energy from air.you can try.

[@doubleMinnovations]

Have you tried anything like that lately? Maybe you could let us know exactly how you did it. Thanks for watching!

[@daviddavids2884]

on a old ignition car GIBBERISH

[@jmills1549]

@@daviddavids2884 probably old coil from car ignition, 12v at 10k v....

[@LakhsTsoyknikas]

[@philippest-pierre9447]

lelectriciter dans lair nest pas en dc en majritr mais en ac, tu lit ceci sur ton multimetre car il est cheap, et il y a des filtre en plus de lactualisation qui est lente pour chaque interval de lecture, si tu ferais la meme chose avec un oscillioscope la tu verra le voltage monter et le sinus ac ainsi que les interferance de tout onde radio et electric dappareil

[@Myreply59]

The coil is not picking up anything from the electric field though it is there. It is moving through the magnetic field lines from the earths electromagnetic dynamo. To make use of the electric field you would need to be able to draw positive energy down from the air and store it into a capacitor of some sort. One end of the capacitor would be to the ground, and the other would be a receiver in the air.

[@btrocketry3736]

If you heat up an end of a wire,anything from 60 to 600 volts is enough to lift it a metre off the ground.

[@doubleMinnovations]

Could you explain a little more? Heat the end of a wire up, and then...do something with applying voltage somehow?

[@btrocketry3736]

Watch how a power line jumps when it hits the ground.High voltage one end of a cable will jump even fly and sway.Kinda like when you let go off a garden hose at full pressure.

[@petestsck7774]

Just like A kite and a key 🗝️

[@doubleMinnovations]

Yep! 😁

[@dzetta369]

Rexresearch Perrigo go and knowlege.

[@ravanabrahmarakshas4263]

good for start, but i see 0.4 mili volts, not 200-300 volts (i guess your rod is 2-3 meters)... so.... why not collecting 200-300 volts? the next thing you can test is, four meters rods..... two of them.... dsitance between them several meters..... then on top of them connect a graphine wire.. it has thoudpsands of spiky sharp points, it collects more ions. where to find graphine wire? i will search to find. if you find the source, write here.

[@doubleMinnovations]

The current is so tiny, the cheap meter I'm using can barely detect anything. This experiment was just to show that you can detect something. Thanks for watching.

[@peterhoebarth4234]

Exampel: World Trade Center was two Electric Towers.

[@alessandrodebroidebroi5610]

100v/1m

[@doubleMinnovations]

Correct.

[@lucasanderson7726]

Maybe it's not your original intent, but this looks like a good demonstration of Lenz's Law. The potentials you measured are opposite as you move the conductor in different directions through a magnetic field.

[@divinejustice536]

🌝

[@juansanmartinfierro7813]

Tengo los planos de Nikola Tesla y ninguno es como esto

[@kenh9508]

No such thing as a free lunch.

[@hansiman1977]

ther is a pictior from the pyramids wit a snake in a glas and som wires.. mabu a wacoomtube is the anser

[@oneday4227]

Nikola Tesla Coil

[@nikkomartin9915]

Your coil must connect the both ends each other 😉 thank me later

[@AntStepp]

Meter is so far from camera so nobody can see the numbers!!!

[@doubleMinnovations]

Sorry. Thanks for watching anyways!

[@PeterPete]

i can't go with atmospheric electricity BS especially when nobody seems to detect it!

[@conservingcommonsense4980]

But but... 😢

[@brandonstahl3562]

I've got as much as a volt from the air before and during a storm.... think kites

[@doubleMinnovations]

Think kites, and Benjamin Franklin. 👍🏻

[@ShehzadKhan-zz2xt]

ALLAH HU AKBAR!!! Thats what happened to human body when he make Sujood(Prostration)..

[@stahlavalon7589]

The way you measured the voltage is fundamentally wrong: This is because the voltmeter only measures the voltage between its 2 terminals, (which are always very close), but not 2 points far away. The correct way is measuring the DC current. 1 - Use a long and insulated wire (Ex: the kind used in a transformer) running along the pole. Both ends must be scratched clean. Non-insulated wires do not work because they "short" the Air 2 - The meter is hooked up as you did, but should be wired for DC current, but not Voltage. Of course, get a very sensitive meter. 3 - The voltage is just the product of the current and the resistance of the meter.

[@khunden]

could you explain more? how would you run this lab?

[@daviddavids2884]

some late info. apparently, you do NOT know Nearly Enough about this subject.! the energy density of all types of ambient energy is Too low, for any of them to be useful in a Power processing system. googletranslate

[@doubleMinnovations]

...I suppose your ego feels better now that you got that out...

[@jmills1549]

@@doubleMinnovations.... Well I thought it was interesting..... Good try

[@hoon_sol]

I think you've done a couple of things wrong here. First of all, you're attempting to measure voltage with the meter wired in series, so you're not going to get any reading; voltage is measured in parallel to a circuit that is already complete. Secondly, however, what you want to do with your setup is actually to measure the current rather than the voltage; that's indeed done in a series, and this would be a great experiment to do it. I doubt your meter can measure currents as small as what you'd expect to see unless it's a high-grade one, but the further up in the air you'd get your ion-harvesting antenna (the copper coils in this case), the higher the current would be.

[@user-zp1ft5hr1y]

It's not that easy. Kelvin used a tank with water. centaur.reading.ac.uk/33822/1/lord_Kelvins.pdf how lord Kelvin measured. But I did not understand. He used very special electrometer! en.wikisource.org/wiki/1911_Encyclop%C3%A6dia_Britannica/Electrometer