Graphene/Graphite Atmospheric Electricity Collectors - Plus Horrific Hexacopter Crash!

While on family vacation I was able to swing by and check out this atmospheric energy test site. They have some amazing energy harvesting technology and encourage replication. I loved learning about the use of graphene in this system. Since the visit I have had a non-stop stream of new ideas running through my head, but before I can work on that I have to finish my new SJR build.
Message from Ion Power Group:
Disclaimer: Ion harvesting is known to generate lethal voltages and can be deadly.
Ion harvesting poses a particular risk to those not officially qualified and
experienced in working with lethal voltages. IonPowerGroup.com, LaserSaber.com,
TeslaMaker.com, in all their embodiments including owners and workers, are not
responsible for injuries, harm, loss or death arising from experimentation with ion
harvesting. Some aspects of ion harvesting are public domain/open source and some
aspects of ion harvesting are patented by IonPowerGroup.com The verbal
statements regarding replication contained in this video apply to the public domain/open
source aspects of ion harvesting.
LaserSaber online store at: teslamaker.com/
My previous work with atmospheric electricity:
• Atmospheric Electricity

[@Krampus5150]

People like this are the ones that will save humanity and this planet one day. I love you guys. I wish I was doing what you're doing.

[@speakeasy0031]

I disagree. People like this are not going to save humanity as they patent this technology to sell it to you through the electrical grid to which your home is attached! So yeah, these people will save humanity...money on their electric bill, but will they really? Keep in mind that this technology is also being developed by everyday people, not just companies, all over the world! And there is only one man that I know of that will save all of humanity and if you don't know who that man is, I strongly suggest you reach out to a local church and ask them for a bible :) God bless!

[@Grzehu71]

this is a real #thrivemovement

[@ZXXpilot]

soo nice to see people working together so we can all have more FREE fun on this planet!

[@ikaika5107]

"The more people will experiment on this project and the more the world give out, the more collective research will go out on this and quicker mankind can benefit from this amazing phenomena". This is exactly a continuation of ideas of Tesla's brilliant mind! God bless you guys and success on your project.

[@chaorrottai]

I'm building an electrostatic generator specifically to accelerate the collection of atmospheric electricity. I've read in an old patent that providing a high voltage exciter field can help to encourage the ions to move towards the collectors and create a net gain in energy harvesting.

[@MrSkypelessons]

Thanks Lasersaber! Your videos always get me all fired up and motivated.

[@user-ms7um1ge5j]

I'm now 68. I saw my brother, now a retired physicist, string up a wire around the parents place for 300 feet of length more or less. It was insulated from the trees on which it hung by insulators. Between that and a ground rod was a small neon light which stayed lit. 60 years ago? It works but the power is small. A fun memory.

[@crackedemerald4930]

That's pretty sweet

[@elfnetdesigns702]

neon bulbs do not need a lot of current to activate that's why to this day they are still used as indicators. Cheap and low power consumption.

[@billwoehl3051]

@@Ingi-Natura-Renovatur-Integra 🤔 interesting, mercury is a reoccurring component in many free energy/anti-grabity tech.

[@billwoehl3051]

@@Ingi-Natura-Renovatur-Integra have any links for that?

[@billwoehl3051]

@@Ingi-Natura-Renovatur-Integra unfortunately the video doesn't have any evidence that couldn't easily have been faked using a hidden magnet. I would like to get a sample and do some personal experiments with it. Something that attracts gold like a magnet would also be valuable to the gold miners and would have been used shortly after it's discovery, doesn't sound legit.

[@victoryfirst2878]

I am amazed that I did not hear about this at all. Nice work Lasersaber.

[@HMDickson]

Let me save you boys some money :) I used a 540 ft. ham loop up about 40 feet hooked to a 15KVA 20 pf cap from a television station transmitter, then to a regular old $2 spark plug for a spark gap, then through the top of an old Ford truck coil to downconvert to pulsed 20 or so volts. At some pretty hefty amperage I might add. It would charge a bank of 3 12 volt marine deep cycle batteries in about 2 hours! It would also run a small neon bulb constantly. More metal surface works better than more height! Try stringing coke cans along your wire. You will find a very large jump in amperage!!!! I ran my ham radios for over 2 years with that system. Be warned, 15KVA at amperage gets very dangerous! It can and will jump over a foot in the air to kill you! Hams, during the depression of the 30s used such systems to power vacuum tube radios! (they used T model coils of course) As Solomon said "There is nothing new under the sun" :)

[@DeliciousDeBlair]

Seeing as the Babylonians and Chaaldeans had carbon pile dry cells and iron copper wet cells, I am sure the technology has been around a lot longer than we might find just walking through a desert wasteland 3700 plus years later.

[@luishenriquerotermundkreis5849]

would you please upload a video on your prototype ? cheers

[@DeliciousDeBlair]

Luis Kreische Since I am not seeking funding and am already successful in my research, no. I already got mine, I'm not passing it out to others. We as a group worked together with our own money and machinery, we did not get funding from others so we are not beholden to anybody. If you want free energy, do like we did, research and experiment.

[@luishenriquerotermundkreis5849]

All right, a wee quick question, on the above video he mentioned something like "a stripe of carbon graphine graphine, where can I get this, is my understanding correct? Or is that just a simple wire with graphine spread on it? Thank you kindly

[@DeliciousDeBlair]

Luis Kreische Well I can not speak for the person in the video, but I would suggest one make fibers because this would increase not only the carrying capacity, but it would also increse the strength and reduce the chances of physical stress failure. As to where graphene can be obtained, its apparently quite easy to obain, although as to how long of an individual piece one can obtain, I assume there is no theoretical limit, only limited by the means of manufacture. For instance, soot, which is a pure carbon sphere called a fullerene of which some are so perfect they care called 'buckminister fullerines' or 'bucky balls' after their discovere Sir Buckminister Fuller, were the predecessors of carbon nanotubes. Since it is easily obtained in small sizes, it might be more cost effective to use it that way for some purposes, but for others, it may be necessary to use full length strips in the case of weaving pure graphene fober cords and the like. en.wikipedia.org/wiki/Graphene

[@RimstarOrg]

Nice. I'm envious of their towers. Plenty of room there for more.

[@Slider2732]

That was also my thought if the 800ft worked out as unfeasible. Build a heck of a lot more of those towers and have tram lines of power collection. I wonder if a beneficial capacitance would result from those lines being in close proximity to each other, perhaps held apart by plastic spacers.

[@MarcGyverIt]

I can think of a far more logical layout for this.

[@TheSmokingGun57]

I was thinking that maybe they are not fully optimizing their layout and it isn't necessarily height that will bring in more efficiency but instead variances of heights and angles to the poles...I wonder if they even oriented their towers in any NSEW orientation as indicated by Ed Leedskalnin's work, it could make a significant difference in how much is collected how quickly....and do they really need so much open area between the towers beyond maybe avoiding one hitting another if a storm knocked one down? So much potential resulting in MANY questions since so little was actually covered!!!

[@whotoinfinity]

Your copter crash made me wonder if the collectors could be adapted to attach to balloons. Tethered to the ground, with self powered motors/rotors to hold station points, tension on the collectors. The idea I had was this would allow "fishing" for the most powerful altitude range on any given day, and allow the system to be brought to ground during tower damaging weather. I was reminded of some video I saw along time ago of Lifter tech adapted to a scaled down blimp, where they positioned the lifters on a horizontal axis to propel the blimp. I'll see if I can find and it link to it... Peace Gill

[@BinjKomisar11]

Very cool stuff. Gets me excited and happy. Higher and bigger, can't wait to hear more.

[@chifoltz9023]

Individuated energy supplies are one of the keys to our future freedom

[@univac2000]

I have found that putting a little energy into a system can help as a catalyst. Think timeing and frequency to get a "return bounce".

[@DieselRamcharger]

Thank god, some deviation from the perpetual motion magnet machine wackos. Progress!

[@otakukj]

This is really really really exciting lasersaber!!!! I love your videos and I am so glad I found them and follow you!!!

[@olegb9531]

Bless you "Laser Saber" and thank you for everything you are going for the sake of science!

[@craigwalker9847]

good to see a company using tesla's idea. maybe do a coil under a collector plate to generate more attractions

[@ronaldgerth5120]

The Graphene improvement to the collection wire is awesome! That is a lot of energy from just a single strand of wire. I wonder how a loose mesh would do?

[@wastelesslearning1245]

Graphene is always 30 years away.

[@wickedalpaca2343]

@@wastelesslearning1245 obviously dont know retard

[@eriknielsen1849]

​@@wastelesslearning1245 som of it yes.. There is a lot of swindlers out there but small pieces they already can make in bulk.

[@nathanmoore874]

Thank you for your amazing work! We will all benefit from your efforts. Much karmic love.

[@drumstick97811]

Keep up the good work.. and finding new avenues for this tec.

[@justvideos3216]

What you mainly collect is the power of the radio stations around you, with the big antenna you build.

[@1billyknorr]

I have done the simple rf to dc circuit. I have achieved 190 some odd volts with my 20 Guage magnet wire 45 feet in the air. And that took quite a while to charge up a small cap. This carbon, graphine thing will prove to be quite interesting. I wonder if in the patent the techniques of applying the mix is discussed.

[@yanksavage1965]

Wonderful presentation. Thanks!!

[@hoptoads]

Great video, thanks for showing. Appreciate your work, passion and sense of fun. Keep on keeping on. KneeDeep :)

[@Lukenukkem]

I wonder if a grid collector (a cage style) antenna array would render a greater more constant harvest and render a less pulse style input? Have they tried variances in ion collection antenna(s)? Have they also considered geographical location that contain greater fields of ions and/or areas with a higher magnetic atmosphere? Just a thought?

[@BlackSheepGreatfull]

These AtmoMotor vids are great! Very inspiring, thank you! My thoughts on the collector array would be to use a very large geodesic skeletal dome, coated with the graphene. This might mirror Nikola Tesla's Wardenclyffe Tower to some extent. This would create more area for atmospheric charge attraction. Secondly, I would like to see the effects of a larger, but thinner ring type motor, perhaps the thickness of the mini atmo with the razor blades. However, (thicker or thinner), instead of a small 3-4" diameter, I was thinking much larger, like three feet or greater, mounted with it's axis vertically. This would allow for a magnetic bearing to float the motor itself with a light weight ceramic bearing to guide the top portion of the spindle. integrating a 3 phase alternator into the design, such as those we see in the DIY wind turbine vids would be a bonus! Moreover, using some of this atmospheric power to create more static charge (perhaps via the spin of the spindle itself against a few strips of wool and then directing the power back into the system using diodes might make the system more efficient. Just some thoughts! :) Thanks Again! Great Job!

[@crapTV]

An old cathedral with a cupper dome?

This is a dream come true! I remember in high school coming up with the same idea, just a different method. There were collector towers, but it was on a scale much larger than this. The main event would be a super-conducting smooth panel with a large surface area (large being two football fields) connected to Earth ground and charged to influence the flow of atmospheric electricity. This is better; it will not destroy world.

[@LvBlackbelt]

you guys are heroes to the people. keep up the good

[@loungelizard836]

Why don't you show how much POWER it can produce? Voltage by itself is meaningless, even a spark from your shuffling feet on a carpet can exceed 20KV. We need to see WATTS produced, meaning V*A.

[@vanhetgoor]

A very big cipher: this test set up can produce 2.4 kV and al least 10.000 Zilch-Watts.

[@rich1051414]

Zilch-Watts lol. From calculations from many people, they have come to the conclusion it is around 12W of average continuous power.

[@loungelizard836]

Richard Smith And you can get 300W from a single solar panel less than a meter square!

[@whocares.20]

This has been known for very long time, problem I suppose is an efficient way to capture and store the hi voltage, so as to increase the amperage output demands. The grid would have to large. technical issues of building apparatus would be difficult to achieve and maintain. But today things are evolving rapidly, graphene, (

[@erikkristjansen8631]

Lounge lizard : You need a closed circuit with a step down transformer then you can Measure the Amps.,Watts.over a resistance, measured in Ohms the amps will go up.

[@vanhetgoor]

Its brilliant! A true genius at work, there is another great energy source, combing hair! The static electricity is just like the atmospheric electricity in the sky. Only is it easier to harvest. Many people have hair, and not many have 75 meter high poals in the backyard!

[@Commentthat]

Thanks guys this is the way my mind thinks. I appreciate the help

[@whosmav628]

Nice ending, really amazing stuff

[@ThinkingandTinkering]

Very cool - I'd like to know more about the graphene coated wire and maybe help with the development of that

[@m3sca1]

Coat some christmas tinsel in your ink mate!

[@ThinkingandTinkering]

m3sca1 basically my thought lol

[@lasersaber]

Robert Murray-Smith, I just clicked back to your KZbin channel from this comment. Your work looks amazing. I subscribed and will watch your videos. Thanks for sharing.

[@KrzysztofWierzbicki777]

If I was do this I will use net made from graphene

[@ThinkingandTinkering]

lasersaber happy to help if i can mate

[@cdmalcolm2524]

Isn’t this what Nikola Tesla was doing by himself? The only difference I see is that he measured frequency as well. Have anyone thought to change frequencies during different periods of the day to stabilize the flow of current?

[@MultiSciGeek]

Thank you for showing us this!

[@deslomeslager]

I like the mic you use for the voice over. It filters out lower frequencies. Cool work those guys do over there. And as always, in the line of Tesla. What an influence he has/had !!!

[@BlackSheepGreatfull]

Another thought would be to experiment with a pyramidal array, since the pyramid seems to be a reoccurring theme when it comes to ancient technologies. Not to get on the ancient astronaut/UFO rabbit trail, but perhaps they used the pyramids as some sort of atmospheric recharging platforms, seeing as how pyramids come to a point! Perhaps, if covered with gold, silver or copper these structures may have developed quite the static charge! Regardless, the shape itself may be worth experimenting with. If I remember correctly, Tesla's Wardenclyffe Tower was built for more than one purpose, radio signal transmission and reception, as well as his hidden agenda of charging the atmosphere with pulsed electricity which could be harvested freely by the whole world, which of course lead to his downfall. Perhaps the shapes of the dome and the pyramid are ideal for specific and individual functions, ie a pyramidal shape might be best suited for collecting, whereas the spherical shape might be best suited for transmitting, or vs/vs? Or one might be favored above the other for both functions . . . None the less, I am excited for this technology's advancement and would love to be involved somehow. This tech leads me with great excitement to look towards that day when we the people can each have a small Wardenclyffe / Pyramidal / AtmoMotor / power generator on their roof to power their homes for free!

[@MrAnguswangus]

Very cool, ty for sharing. I'm very curious if they've tried a rotary spark gap off of the capacitor as Tesla prescribed in order for tuning to Schumann?...I'm guessing that this will maximize voltage. I'm also imagining that the best application might be to store the energy in a battery bank as with a solar array. Such a juicy vid, ty :)

[@BinjKomisar11]

I'm not an expert in Atmo-En but I have to say my mind agrees with you. I think to get the full potential out of a huge system like that you should excite it either directly (rotary-spark-gap) or indirectly with a large tesla coil with a setup similar to "theOldScientist" "Power Transmission in a Lumped Circuit" series. The negative ground potential input would, ironically, be the special graphene-wire system in the air. I think a system that large should be able to blow up those fluorescent tubes and turn the shack to ashes. That being said, it is still really amazing stuff, and I can't wait to see/hear more from that group.

[@MrAnguswangus]

Binj Komisar How about with a larger Tesla tower inductor like Wardenclyffe?...hehe...or, like the ancient inductor tower at Giza? :) Peace!

[@czystokrwistypureblood]

Subject amazed me. Thank You.

[@Cooksvr895]

wow impressive guys! this is awesome!

[@GVALNIER]

you shold use steel wool, since the ions have to travel.

[@theyguy2263]

Would a giant pyramid 480ft in the air be able to collect atmospheric energy or does the system require a wire or poll to work? Great work!

[@gaming4K]

I think Tesla's tower could have been the same? Just because some video says he powered a motor from "wireless power". 🤷🏻‍♂️

[@bringer-of-change]

The pyramids housed what's known as the ark of the covenant, inside of what we were falsely taught to believe were sarcophagi. The "Ark of the Covenant" as it was called, was a nuclear power source. I think by resonant frequencies, the energy manifested by that device was wirelessly channeled to a solid quartz pyramid tip wich was gold plated, wich would have acted as a wireless power transmitter. It would have effected the quartz content within the stone of the pyramid itself, and produced a piezoelectric effect. Perhaps it was to use to power whatever apparatus was underneath the pyramids that the Pharoah's used to get new bodies and live for hundreds of years 🤷‍♂️

[@XaYaZaZa]

Fantastic video!!

[@corinneyeager]

Now i get it ‼️ should have seen this one first, this is great ‼️‼️

[@FireSwordl]

The problem with this set up, and solar, wind set ups is that the V/A charactersitics varies a lot. You have to store the electricity somewhere and use it when you need it. We still do not have good batteries. And what will happen if a lightning strikes these 4 poles? They are like a magnet for lightnings, there should be a really good protection!?

[@xapplimatic]

There are plenty of equipment designs out there which limit or arrest lightning strikes on structures or aerial lines. I use one form of lightning arrester on the incoming power from my solar array as would anyone which has any kind of wires leading up to metal equipment on a rooftop. We have good enough batteries for solar and wind. They are just not cheap because the metals used in them are scarce and not getting less scarce and because of that now monitoring the sources of metals has to be. paid for too too ensure they don't originate through gang controlled slave labor camps etc. They are perfectly suited for solar and wind because by and large their power is produced over time.. But something like lightning where the energy is all transmitted in under a second at high amperage. To store something like that we would be forced to turn to large parallel banks of super capacitors.. But don't get excited yet. Even with the best graphene super capacitors, were they able to store all fo the 1 billion+ joules of a single lightning strike, it wouldn't be enough power to power a single American average home for a year. Far from it.. See for actual numbers: www.realclearscience.com/blog/2012/05/could-we-harness-lightning-as-an-energy-source.html

[@punker4Real]

1.21 jiggawatts of power But the only power source capable of generating 1.21 gigawatts of electricity is a bolt of lightning. Doc: A bolt of lighting. Unfortunately, you never know when or where it's ever going to strike.

[@johnberner2012]

punker4Real Oh my God you just gave me a genius idea both of your comments.

[@nevillemacaulife3129]

I hope this isn't a solicitation for investment because as many others have indicated below, the total failure to say anything about how many kilowatts (if any) the equipment produces is not very reassuring. Most of the sparks we see could have been got by stroking a cat, or walking across a carpet. I hope I'm wrong, but the appearance of this is that they are showing lots of sparks to impress people who might think that lots of sparks = lots of power. I'm an electrical engineer who is very interested in this technology, if they think I'm being unfair, I will be happy to edit, if they can show me sufficient reason to do so.

[@TheRebelmanone]

It can be pretty obvious if you realize they contacted Lasersaber to ask him if they could run his atmospheric motor, nobody hid this fact. Once you realize a atmospheric motor runs on next to no current, you have you answer, again i didn't see them hide the fact they only run these type motors with the power they harness.

[@g00st62]

@@TheRebelmanone Not talking about the obvious problem is also a form of hiding... The average person that might be interested in funding this dosent know what a electrostatic motor is, they just see lots of sparks and a fast spinning big motor.

[@TheRebelmanone]

@@g00st62 Any good investor would try to be sure to know what they are investing in. So, i don't disagree with you, they are in essence hiding the fact that it is next to useless. But if a person is that stupid with their money, they will get what they deserve from bad investing. Not that every single person who actually knows this type energy harnessing is next to nothing would never invest in it though, but those people have the money, extra money to risk on a discovery like this hoping that they might discover a better more efficient way of harnessing more energy, more killiowata per hour, than they currently do now.

[@chuckles1954]

I worked for the phone company for 30 years before retiring 12 years ago. You don't need graphine for this. We would install what we called "C " wire for customers too far from the terminal for regular drop wire. This wire would knock the hell out of the installer when we would install it. It charged immediately after sparking so it was virtually instant. We could take the end of the C wire and spark it to the ground wire on the pole and it was larger that what I saw on the video. C wire is a copper and iron mix to make it stronger for large unsupported distances. It had enough iron to make it rust if exposed to the weather. I can assure you there wan't any advanced science involved. We called it static electricity and I'm sure it was in the thousands of volts because the sparks could be an inch long and the spark of a 50kv spark plug were less than that. Of course there was very small currents. I suppose you could draw enough to kill you, but you were more likely to hurt yourself on the pole than die of electrocution. All this was done with a wire only 7-8 to maybe 10 pole spans long. I've seen miles of C wire spans before. Another phenomenon we observed was holding a neon tube with your bare hands below a high power pole would light the lamp. It's just the electrons in the air around high tension towers are free to the gatherer. I always heard that if you harvested these electrons the local light company would come after you for stealing their power. There have been people string these wires for a few thousand feet to run things in a home and the power company DID come after them. I have no clue how far you would have to string the wire away from power poles to be safe from prosecution. They would present it in court as you building a transformer to induce power in your wire. I'm sure graphene is wonderful, but this isn't new tech. If a wire without graphine was strung on the same poles, it would do the same thing.

[@yorhekin6186]

Interesting ... thanks for sharing.

[@StefanDanov]

I remember a person from Rome that made an experiment like that but with everything insulated from air, so his explanation was the potential difference of earth magnetic field in altitude and not charged particles in the air.

[@Piotr_Sikora]

without amps, voltsis nothing :P

[@preppertechnicianee6013]

Listen i have acess to 1trillion amps at 0 volts but trust me the amps are right below your feet you just gotta move them yourself

[@mikaeljiskovkristensen7861]

10 milliamps and 10 kv will give 100 W. so if there are just 10 milliamp but 100 kv you can easily get around 1 KW. and if there only are 1 milliamp, 100 W is still the power. but for so small power, even the smalles solar system can be cheaper.

[@derekvolt]

Fantastic video, complete with Tesla references

[@anthonywilliams7052]

Great video!

[@WheeeOoh]

so how many amps could this produce?

[@green_light_8806]

Lots

[@wavelogic8471]

kilovolts, kilovolts, kilovolts. voltage is no energy, its potential! No point in telling me all this if you don't tell me wattage! you could be getting 1 watt from that whole setup as far as I know.

[@sweetguy19762]

I was saying the same thing, without enough current you cant run shit that is worth anything.

[@Zer0Gr0wth]

Well, I think the fact they don't tell you tells you everything really.

[@Xeno_Bardock]

You step-down the voltage with transformer and you get the increase in current. Stepping down the voltage is like water flowing downstream, where as stepping-up voltage is like filling a water tank so the current decreases when you use transformer in step-up configuration.

[@fadammte_aggst]

@ "Ion Power Group has oftentimes measured significantly greater power during peak ion periods - many watts of harvested power - as great as 1,236 watts (41,200vdc @ 30ma) with ion collectors at 130 feet altitude." ionpowergroup.com/how-it-works-on-earth/

[@CuervoRC]

those are the kvs there in the atmosphere, and the more peaks and the bigger your antenna is the more amps it collects.

[@genivaldobandeira5328]

Interessante experiencia com energia atmosférica! ⚡⚡👍👍👍

[@nojnoj3069]

Awesome!.....This is why I use Y/T........Mainstream media sources do NOT want us to know anything new. Thankyou for sharing this with us all. Incredible information.

[@iamreiver]

When collecting atmospheric electricity, be sure to try to get your grounding rod as deep as your towers are high. Just a hunch I have.

[@robertfarr9186]

Yeah I think atmospheric energy collectors have been around for a long time, they are called lightning rods, and they tend to work really well...once.

[@carrerasrivera]

If someone find a way to harvest a lighting will be awesome

[@TheRebelmanone]

Once? No, it can take multiple strikes i would know. My grand dad had them on his metal roof two story stick house, and i watched them get struck, they turn white hot and the outer edges are red hot, and then it cools in milli seconds, maybe about 1 1/2 seconds at most. Then the rod is still fully functional, and so is the cable connected to it.

[@TheRebelmanone]

@@carrerasrivera i know i thought that since a child. i never tried it yet, and probably never will, but if i had enough resources and time, i might try it. It is a lot of energy when it can toast a fully grown oak tree, and when it can heat lighting rods and its cables to white hot.

[@juaquinbare3788]

Simply Fantastic! :)

[@biostormyliner9489]

good job...To improve... Light On You

[@jasonshoraka1098]

You mentioned that the ion collector creates thousands of volts what about the Watts? without watts And current and amperage there is no electric power or a very very little amount of electric power. State the wattage in the system you have.

[@ufos22]

+Jason Shoraka That’s the first thing to come to my mind. The high voltage spark gap is impressive, but changing it to 110v what house hold items can it power? Although the “free radical” atoms in the atmosphere that are the ions that are collected by the wire fluctuate wildly, a lot of info. is left out. Is there ion flow at night? If I had a lot of cleared land to string wires I think that I would try this as more favorable than solar cells. Sadly, that word patented came up again. Wouldn’t the normal wires on the poles that deliver el. to my house gather el.? Is more free ions available at sea level, or mountain tops? As you can see I’m quite interested in this concept. HAARP looks a lot like what is being tested here. Only they radiate electricity, while this video is an attempt to gather ions from the atmos. And what element is giving them the ions? Nitrogen? Oxygen? Something else entirely? Interesting.

[@DieselRamcharger]

+Chad Hurley Nasa had an ION tether many years ago.

[@ufos22]

Diesel Ramcharger Yea, and it showed us how many UFO’s there are out there. Gives me the shivers.

[@DieselRamcharger]

Chad Hurley They damn sure took it, didnt they?

[@ufos22]

Diesel Ramcharger The aliens took the tether? Never crossed my mind !

[@Convolutedtubules]

I wonder if power lines could be designed to implement this technology and make it a viable source or power.

[@TechHowden]

This technology would never be able to make that much enough power

[@Convolutedtubules]

@@TechHowden Never say never ;)

[@TechHowden]

@@Convolutedtubulesfirst of all you just said never twice, and also there are the physically enough electrons for to make a useful amount of power

[@Convolutedtubules]

@@TechHowden Define "there" as well as "useful"

[@TechHowden]

@@Convolutedtubules it was supposed to say there are not physically enough electrons in an area but I was using speech recognition and it decided to delete those words and what I mean by useful is like at least a hundred watts.

[@filipemecenas]

Thats beautiful !!!

[@byAnArgentinian]

Great. This video should go viral

[@KirkMcLoren]

Density. The voltage is high but atmospheric drift doesn't have enough current.

[@DeliciousDeBlair]

Tell that to lightning bolts.

[@ticthak]

Delicious DeBlair Without the leader arc, lightning carries very little power. This system COULD abstract substantial power from lightning (re-engineered for safely handling it, of course- I wonder why they didn't mention whether or not their array's ever had a strike), but not ordinary levels of ionization. Nearly every attempt at harvesting power from lightning runs into that wall, usually catastrophicly

[@DeliciousDeBlair]

The trick is not to have an 'arc' so much as having a steady voltage that can have an oscillating arc at the recieving end, this would allow one to transform the DC voltage into AC to convert it to a useful steady voltage.

[@ticthak]

Once again, getting a voltage is never a problem, you can put long leads on your voltmeter, walk outside, drop one to the ground and raise the other even a few meters and you can measure KV ranges. Store it in an HV cap, and you can use those joules collected for anything your engineer's heart desires to properly design- but that's a very tiny amount of total energy, just like rubbing your cat against the Leyden jar...or use it to realize why walking outside makes you feel good... P= VI (or I^2R), current (I) becomes the governing parameter as the voltage of the ions in air is approximately constant with elevation, humidity, windspeed, etc., and current is dependent on air resistance to ion flow (which are the charge carriers for nearly all the energy, free electrons have too short a half-life), which likewise varies, but from many K-Ohms to M-Ohms per centimeter UNTIL a leader arc breaks down air's dielectric strength and establishes an ion channel whether it's from you scuffing your feet on a carpet, or a serious lightning bolt. Of course, the lightning bolt itself does other stuff, too, which should be no surprise at 10^12 W power levels.

[@DeliciousDeBlair]

I am well aware of how lightning works, I'm not talking about lightning. Also since the votages range around an average of only 100v/M the idea of getting 'KV ranges' at 'a few meters' is somewhat misleading. To achieve 2kv potential you need at least 66 feet of elevation, minus the resistance of your wire, so when you say 'just a few meters', most people probably don't assume you mean no fewer than twenty meters. I'm talking about a gradual, steady accumulation of free ions and leading them quickly to ground where they can be sent through a transformer to be stepped down in voltage and up in amperage to useful ranges. Anybody with a basic elducation in electrical theory knows that watts are watts no matter how you multiply it, but the factors can be swapped out readily on a scalar basis anywhere from one million volts at one amp, to one thousand volts at one thousand amps to one volt at aone million amps. Therefore, the seemingly novel and worthless high voltage from a leader is not worthless if one has the intelligence and education to simply step down the voltage on an appropriate transforming cluster to the desired voltage and realize much more amperage. Now I admit, one million volts at one microampere is NOT a lot of power, but the amperage at that point is directly proportional to your regenerative bleed capacity, and for this, a large surface at elevated altitudes, be it as a lot of little pinpoints or a large surface for condensation would be needed. en.wikipedia.org/wiki/Atmospheric_electricity

[@williamjones7604]

May I suggest looking at the power lines to see it's already in use

[@Thefreakyfreek]

William Jones lol your are a genius :)

[@mushroomgods4707]

yeah, our electric system has been using atmospheric electric for over 120 years. Power stations are non functional and all part of the financial scam

[@francisgraf6393]

So then why are they burning all that coal at the plant by my house?

[@williamjones7604]

To make everyone think that is what gives us our electricity. They spend billions yearly word wide to do exactly that, while they make trillions off us. This is probably one of the best kept and most important secrets TPTB have kept on us. " If they can get you to ask the wrong questions, they don't have to worry about your answers" Truth is stranger than fiction. The link I'm sending below is a voltage loss calculator.Which basically shows the loss in voltage over a given distance and gauge of wire used. Now think of the thousands of miles of wire running up and down every street between power stations and I little common sense will tell you it's not possible.www.calculator.net/voltage-drop-calculator.html

[@francisgraf6393]

That doesnt make sense . . . The way they would make their money in a scam, is by not digging up all the coal, and not burning it, while convincing us they were. I am saying they do in fact mine, transport, and burn millions and millions of tons of coal every year. That would be a shitty scam . . . I know they are lying to us about potential energy sources, I just think they are actually burning coal/methane, and using nuclear fission, etc. Because they can control those sources, and thereby derive wealth and power from them. Im interested though, what conclusions have you drawn from the web calculator you posted? Could you give me some examples of how you made your calculations?

[@smackout]

heck yes! why did it take me so long to find these videos!! verification!

[@acet7]

Good stuff thank you for sharing

[@o.w.dobbins6927]

It still baffles me as to how Nikola Tesla figured all this out in the 19th century with little to no resources to go on. Albert Eistein was a genius but genius was Nikola Tesla.

[@DeliciousDeBlair]

Much of what people once said Nikola was using to BROADCAST energy was REALLY there to COLLECT it. (~_^)-b

[@o.w.dobbins6927]

You'll have to explain that one to me.

[@DeliciousDeBlair]

Strat Playing Guy The explanations are in books my dear, I lack the space nor the time to transcribe them, I had to search all over the world [especially in Russia and nearby countries] for this hard won knowledge, and I would invite you to do the same, if, in fact, the answer is truly that important to you.

[@o.w.dobbins6927]

It's really not that important to me, I savor in the science and accomplishments of the man, not the biographical history.

[@DeliciousDeBlair]

Strat Playing Guy I was not referring to history or personalities, I was referring to scientific concepts, theories, laws and their potential application relative to renewable energy.

[@SquareRootOfNegativeOne]

Not enough current. Generating high voltage is fairly easy. Far easier than the going through all this... But high voltage is nearly useless without high current. You need to start generating Watts. Kilowatts. A Wimshurst machine can generate 50KV also but what's the point if you need to crank the handle for 3000 years to make a cup of tea? So perhaps if you had more poles, taller poles... A lot more and more capacitors... then you could connect a small load to that motor?

[@CuervoRC]

those are the kvs there in the atmosphere, and the more peaks and the bigger your antenna is the more amps it collects.

[@marikamoon]

That would be a very well-earned cup of tea.

[@joeestes8114]

Great video! thanks for sharing! i also would like to know more!

[@plasmaguy5]

Awesome stuff

[@lucasdwright]

The dude drew the same stupid picture on the board like four times as if that gives us any information. We need to know what the sustained current draw is in amperage to find out how much power this thing is generating. Anybody who's spent TEN years working on something and is still in the testing phase hasn't come up with anything new.

[@ruuddegraaf886]

Fully agreed. The fact they apparently can only drive a ventilator from a rather huge installation says it all...

[@ryanb1874]

Tesla, said the natural medium, fluctuates the available power a bit, but he seemed to say, the earth and the sky in conjunction, ,96500colubms, and difference of 360000 volts, (but that may only be at a height of 60 miles, not feasable. So he says the system acts like a .25 farad capacitor, current divided by potential.

[@laus9953]

@@ruuddegraaf886..that ventilator isn't even running properly

[@htomerif]

Ok, this is really just terrible. How many amps is it? How many watts is it? I know you know that those two things are *critical* to any analysis of energy generation. Just mentioning volts and *no other units* is *extremely* suspicious. Welp, the demonstration demonstrated the amps. Pretty much zero. That whole thing generates less power than you rubbing your feet on carpet. If they're crowdfunding this on indiegogo, thats got pretty serious legal problems.

[@avoh111]

measured in picoamps if I remember correctly

[@billysgeo]

The numbers don't matter to the people that waste their time with those things! But they will have no problem peddling non-science in a crowdfunding site with no reliable science behind it if they just "sell" big ideas and unfunded speculation. Just look at the Solar Roadways campain.

[@davidberry7115]

I have this amazing generator that generates thousands of volts, All you need is some carpet and some wool socks. We are going to change the world!

[@xapplimatic]

Solar Roadways is far more practical than this scheme. And in defense fo that concept, their implementation of it was the problem. Poorly designed. Poorly mapped out goals. = Poor result. That doesn't make the concept invalid. It is working in other places like Denmark and China on their concept roads they have built since. As for this atmospheric energy harvesting idea... You will find that some of the energy is from natural and some energy from man-made sources (radio waves, microwaves, etc) which would make the location and placement of these aerial antenna collector wires super critical in terms of how much potential energy they can gather. If it can barely make a small motor turn (and one probably designed with its weaknesses in mind have you), then there isn't anything to write home about yet in this kind of electrical generation. We'll see what they can get if they scale it up. There may be a much larger energy potential at higher altitudes which could make this perhaps somewhat useful somewhere. We'll see. For now, move along people, nothing to see here. I don't doubt that the capacitors are being charged from sky energy, but as such, there is no other go-to best choice for storing such energy because the energy is not continuous baseline power, it comes in in sparks and spikes. Its something that oscillates in intensity due to the nature of how it is transmitted and collected. It's like background noise. Charging batteries would require constant stable current to make it practical but that cannot be achieved without a bunch of dedicated people like us who believe in a concept deciding to put their full efforts behind it-feast or famine style. Because right now, this is about as productive as trying to recapture the energy wasted in a transformer on eddy currents. You could potentially achieve this demonstrable effect that has any potential to impose you want to assign to it and the fools out there are willing to buy it up and eat it and more soup please their way through it. But those with a practical mind will see that the energy and time expended on this is not going to scale up to anything amounting to something worthwhile at any scale to seek. The transient and noisy nature of such power demands capacitors as a high speed buffer to trap energy and release it at a more predictable rate, I suspect the reason we only see capacitors and no connection from those to a more useful source of electricity that puts out constant current over a longer discharge curve such as a battery array is simply because they know that there is no real amount of useable power here. I could make sparks way more impressive and hundreds of times more visible than those with a mere nine volt battery and an existing stone-age piece of electrical equipment know as what's called a stun-gun. All that time and effort is better spend improving existing useable technology we know we can alter and scale up size complexity more cheaply and much quicker than something like this...j

[@jetfu400]

Commenters here are ranting nonsense when other people are actually doing stuff.

[@Jeffrey-yo4jh]

I have experimented with this technology two or three times and have experienced about half a volt at two or three miliamps with just plastic pipe and some conductor. I will be keeping my eye on this technology and hope it will develop.

[@jaadn5235]

Woow good work Creo que has aplicado todo lo que se conoce de energia libre. Algo asi quiero hacer . Saludos desde México

[@IncroyablesExperiences]

I'm sure their installation recover less energy than a 0.01 m² solar panel on average. But it's still interesting.

[@vektersaxon]

On ne peut pas dire mieux. Couldn't have said better.

[@THEMFORMATION]

Hahaha says the vaxxed mainstream sheep. If your still alive, you will be able to verify free energy technology with your smart phone.... Download an EMF Meter app and hold it near any recently vaxxdd person and be amazed.

[@kevinslattery5748]

There's serious doubts about its scalability. They've harvested a few watts at most. Similar thinking people talk about 1,000 volts but never talk of power ( Watts = volts X current ). I can take my nylon shirt off and make more volts and sparks. Never going to power my phone let alone my TV from my clothes!

[@aywitb911]

@@kevinslattery5748 There are static motors from long ago, seen some pictures of one the was wool rubbing glass i think it was and I dont remember how the static was created on the other but it has been done..

[@kevinslattery5748]

@@aywitb911 I'm sure extremely high voltage motors have been made. What I say is that this technology is unlikely to go anywhere as the amount of power available is limited to only a few watts. So maybe a 10 or 20 watt LED light, so heating is off the table.Can power a radio. Maybe power a toy electric train motor. So this tech would have had value at one time, but not compared to modern tech requirements.

[@MattBlytheTheOne]

Awesome! I made a video about this some ten years ago. Has the ION Power Group tried coiling the receiving wire? Would that generate inductance that could then be picked of with a step-down transformer to generate more current? kzbin.info/www/bejne/pWixlaukn8qnidk

[@testingttest5723]

I'm very impressed! you took around 3 to praise a parasite.

[@isuruthiwanka9448]

fantastic idea..

[@vintasalo]

What about graphene solar panels

[@jackp6]

Patenting that what IS? From the One Real Author... Any "patent" (lettre) is just "trade" with a corporate "authority". I do not acknowledge any such "authorities".

[@preppertechnicianee6013]

No a patent is saying you have right to use it for profit first because you invented it. Seems fair the only issue is when coperations get patents to block them

[@israkybu]

Nice job

[@leo959]

this is fascinating

[@onehitpick9758]

OK -- This is just wrong. Graphene doesn't have a ton of sharp points. It's a very smooth material. Now, a carbon nanotube forest grown on a substrate could have many sharp points, but I would think it would be better to have the many points farther apart, and to get them up as high as possible to trigger sufficient ionization. Most of these novice contraptions are probably interacting with water in the atmosphere. If you get high enough, you can get true ionization coupling.

[@GVALNIER]

maybe a steel wool with nanotubes

[@kevinleebailey]

Mercury amalgam gives off vapour and increases charge collection area.string dipped in Mercury would work better than graphine.

[@edeastburn3614]

You didn't think they were going to tell us what they're really using, did you?

[@timothyhaug2060]

It's more likely that they are using graphene based capacitors with copper/aluminum collectors.

[@atomgonuclear]

When you see a project such as this and they only bring up voltage. It's a scam. Voltage literally means NOTHING without current flow. Put a power rating or go home.

[@RAZORCANITRUNCRYSIS]

I was thinking the same thing!

[@Arkangeli7]

Did you even watch the video? They explained through the use of capacitors they will build up the current flow and release it at a steady rate.

[@LouSaydus]

+No Name doesn't matter unless that rate is at a significant amperage. These probably range in the mili or micro amp range.

[@2Sneaky4You]

Current is 45 x 10^-28 Turns out my $2 Duracell 9V battery is a load more powerful than this

[@CstriderNNS]

Power is what is being conserved, and the units for power is , Killa-Watt - Hours, meaning if a batterie has 35 KWH of power stored i can discharge eather 35 KW for 1 Hour or 17.25 KWH for 2 hours or 3.5 KW for 10 hours. you are correct with what you are saying but it is only one side of the hand With the change in Hight brings a change in Voltage, alsso double the wire double the ampe, it may take a wile but one could charge a capasitor no problem, but this can be sped-up buy raising the poles or building better "Traps".

[@stewartcaldwell5299]

I'm going to try this. Most of the naysayers have never had a closeup view of an industry in it's infant years.

[@matthewforte3570]

Sounds like something that should be applied to multidirectional windmills as an upgraded concept not to mention linning the outer casing with solar cells and any mechanisms that generate heat to have thermal electrically conductive material to harvest as much energy as possible this is a world changing concept i would love to see gain attention

[@aaaflooddrying]

Do not sell yourself short or be amazed at what these people did. For actually they have completely missed the mark. They are going in the wrong direction. Lasersaber and a lot of you are actually way ahead of these guys, you just don't realize it. Keep working on your current projects, and keep up with other guys work. You are self training an army of inventors that will not be able to be suppressed. Soon you will be able to take scrap electronics from an average home, reassemble and power the home. Try and put a patent on that! Clay

[@lloydcook9308]

Thank you for having a clear view of reality, and a clear mind to lay claim to it. After all the all we need in a good world. Just need that damn good world now!

[@MarcMercier1971]

Nikola Tesla played with this. Built a tower. Info lost.

[@tepansenteolt2980]

You did it man!

[@m3sca1]

@ 8:00 minutes into the video we are looking at an Avramenko plug diode arrangement.The diodes they are using look like microwave oven diodes and thing in front of it is a gas discharge surge arrestor High Voltage device as used in surge arrestor mains power boards. They are basically a vacuum tube that is open circuit at low voltages but when voltage gets high enough it flashes over and goes to ground. I bought a bunch of these gas discharge devices today, so i can have a play with this stuff.

[@robprebil]

None of you understand electricity at ALL. I am totally amazed at all the people that think they can pull USEABLE voltage from inducting current from the air like this. Go back to school or at least learn about electricity somewhere! There is no POWER there! Unless you store it for a loooong time.

[@YoursTruelyMe2]

+Rob Prebil So who does understand electricity? You? Do you have a power station? A patent? How about a book? A website? Anything that validates YOUR knowledge? Oh I get it, you purchased a degree. So you're a genius because you learned from people who also purchased their degrees. I assume that you're slaving away at someone else's company creating the dreams of others because you are unable to realize your own. Hilarious.

[@timothyhaug2060]

Tell you what Rob Prebil. When you have read over and can understand the equations laid out by Charles Proteus Stienmetz, and I mean the ones that the power companies took a hatchet to because they had no way to calculate them back then, then feel free to speak out against something like this. Btw, Charles Proteus Stienmetz made Tesla, Einstein, etc, etc, look like mental midgets. He was literally the smartest person to have ever lived when it comes to the way that energy functions.

[@hulladek3]

So the guy estimates 12kv if he upgrade it to 180m. So 6x power. And he need 3M$ . So 3M$ to trun 6 fan. What a hoax lol.

[@lasersaber]

It's not 3M to turn a fan. It's 10-20 years worth of work, time and expense spent on researching a little researched effect that has practical potential. Do you have any idea how much money inventors spend on developing ideas that may never even work? I hope they raise all the money they need to continue their research through crowd funding. I would hate to see them get Wardenclyffed. I wish that Tesla had been alive today and used Indegogo instead of JP Morgan.

[@hulladek3]

lasersaber He wants the money for his past research and expenses not for future research?Lol that's even worse. And who the fuck cares abut an intervention what improves this thing to a level where u can turn 6 fan from it. Its a FAILED invention and does not deserve 3M$ reward. When u could use that money and space for solar cells or HATS and generate 1000x more energy for the same resources.

[@2910quillen]

Hulla Dek.Solar cells are not that efficient at most they are only 10 to 15% efficient and honestly most solar cells are bad for the environment only when they are disposed of because solar cells do require oil to make them because they are made out of some plastics. so in turn this is bad for the environment when people dispose of them after they are not efficient anymore and that usually takes 5-10 years and then they are hardly any good... this atmospheric design is way more effect and also more cost effect than solar cells

[@hulladek3]

2910quillen Dude think a bit 3M$ to turn 6 fans and how much power can u get from 3M$ solar cell?Chinese solar cells cost 0.68$/w 1000w inverter maybe 168$ so 2$/w complete. So 3M$ 1.5MW peak form solar cells and maybe 120W from atmospheric. Lets say 40% average power form solar cells .Clearly atmo more economic lol :P 12500*0.4=5000 times more power so if the solar cells work only for 1 year your atmo have to work for 5000 years to be economical. And who cares about efficiency the only thing matters economy. Electric engine 2,5-3 times more efficient then Internal combustion engine and still not economical because the energy storage. If you know the efficiency of the atmospheric electricity you have to know how much energy is in the air so can u share it pls? Then compare it to the 1000w/m2 solar energy.

[@2910quillen]

Hulla Dek ok you might have something worth arguing about. The onlything I will say tho. Is we dont need to give china more of our business and also this works day and night. Rain or shine. The solar cells do not work this way. The maximum efficiency achieved by a solar sail is a strait 90 degree angle from the sun. Any devation of this degree and the efficiency will drop significantly. So in all it will be a good test to see which is more efficient in the 50 to 100 year long run

[@SachiWI]

WOW very cool!

[@tas6967]

I remember Stan Deyo mentioning this without mentioning graphene either way this idea has great potential.

[@danielloewengrube]

Very interesting!

[@themarksmann]

What an exciting trip! Good to see this tech continue to grow and gain popularity. Thank you so much for sharing, as always!

[@ibblekibble294]

great work. I wish I could do something like that.

[@joeg7849]

Nice antenna!

[@erikkristjansen8631]

Laseraber: I don't think you want to be too close to that apparatus if you have a thunder and lightning Storm , Probably everything would be toast.