This is a great explanation. Read about lifters in a visual novel recently that didn't really give an explanation as to how it worked or even what it is. This fills that gap perfectly.
So the big question is, can an ion lifter produce enough lift to carry its own high voltage power supply, some passengers, a bathroom, a kitchen, and a living room?
Great explanation and also great to see you are still working with these devices. I see you still have my old PDFs on your site :) If you want to collaborate on making a stronger force, let me know and we can see if we can come up with some ideas.
Leon Tribe Thanks. Great hearing from you again. From what I can tell from analytics, your PDFs still get some looking over each month. I'm not really working on these devices anymore, I'm more showing them to people who've never seen them before.
Thanks so very much, that was the most clear and easy to digest information about ion propulsion I have ever heard, mere words cannot express my sincere gratitude to you. Big smiles from me to you!! 😊 P.s. I have already made one lifter type in the past without much success but with this added information I'm most certain I can do it now.
Outstanding Sir. Great explanation. My electric shop teacher told us about the "theory " of thi back in 1974, making a working model is another story. 73 OM
why do you tie your lifter? infact almost all the ionocraft videos ive seen, the lifter has been taped/tied to the ground quite closely. why not just let it fly straight up then lower the voltage and get it down ?
EpicBunty The three sides of a lifter produce varying thrust in different amounts. Since there's no independent control for each side, if the lifter weren't tied down then it would fly erratically all over the place, within the limits of the feed wires. So the thrust is turned up such that the threads are all being pulled tightly. That means that two sides are thrusting more than they need to be and the third side is thrusting just enough to keep the threads on that side tight.
i thought so! how erratic is it ? I'm sure with a little bit of experimenting and tinkering you can make a model which flies stably.. right? or have you not played around enough ?
EpicBunty It can be very erratic. I've played around a lot because you often have to do that just to get it so that all sides are thrusting enough just to get off the ground. It appears as though the more sides you have, the more stable you can get it. I guess many more sides averages out the differences in different areas. So the lifters made up of many triangles tend to be more stable. But I've still never seen anyone be able to remove the threads.
Thanks for all of your ultra-high-quality videos--it is rare to find someone who has the gift of true teaching (which requires core knowledge of the subject). This allows others with the potential to excel quickly. After studying your "how ion propulsion works" video, I would like to ask your opinion on something. I have the requirement to set up TWO independent spark gaps--one, let's say points north-south, and the other east-west. They are at about the same level and will intersect each other, however, their high voltage power supply's are 100% isolated capacitors, no common grounds, etc. I would like to ensure that if the two arcs fire simultaneously that no electrical connection or current path will be present--sort of like light or sound,i.e once passed the "region of crossing" it is as if neither was aware the other existed!! Any ideas on this construction? Thanks MUCH, --dalE
+dale nassar Unfortunately sparks are not like light. If I understand you correctly, I don't see how this can work. Each sphere will spark to the one closest to it that is at the opposite polarity.
The Coanda effect is an effect produced by air moving over a curved surface. Ion wind can produce the Coanda effect just like a propeller or jet can, by moving air over a curved surface. You can see that in my video about creating ion wind for a Star Trek Enterprise model. See three minutes into this video ua-cam.com/video/x5dyIIpnE0Y/v-deo.html
Oh, interesting question. If you flow a stream of electrons over a curved object, would it affect the flow? I'm not sure. The strength of the flow might play a part, a stronger flow would be less affected since the momentum of the electrons would keep them moving. If there's a stream of electrons then that usually means there's something attracting them so the strength of that attraction (electric field strength) would play a part. If it's in a vacuum then it won't have any air flow to affect it. The electrons might cause molecules in the nearby surface to form dipoles and the dipoles would then attract the electrons. Lots to think about... no certain answer though.
يجب أن يتحد المخترعون وكل من ساهم في تطوير تقنية تكاثر أيونات البلازما الأيونية لتطوير هذا المستقبل لتقنية البلازما الأيونية لإنقاذ العالم من الاحتباس الحراري وتلوث الهواء والضوضاء التي تدمر العالم!
Hi Rimstar. Attempted ionic lifter but NO lift.. just some hissing sound and wind..... I connected to my high voltage flyback transformer: positive and negative terminals to the lifter.... ( thin copper wire and smooth aluminium side. What could be the issues???
A flyback transformer outputs AC. A lifter needs either DC or pulsed DC and won't work with AC. My power supply have a voltage multiplier after the flyback transformer. The voltage multiplier both steps up the voltage and converts the AC to DC. I have some additional tips and tricks to getting it to work on my webpage here rimstar.org/sdprop/lifter/lifter.htm in case you modify your power supply.
Ah, I see. So chances are that your flyback transformer has a built in diode(s) which turns it into DC or pulsed DC. Though there's a slight chance that it doesn't and so you'd be getting AC out but if there was a thick wire coming out of the flyback and going directly up to the TV's cathode ray tube then it probably does have the diode(s). That would be something like my Cube power supply ua-cam.com/video/-KFhBVfpfDw/v-deo.html which does have the diode. I tried that one with a lifter and it didn't lift. My guess is that the voltage was too low. My lifter lifts off at around 25,000 volts ( ua-cam.com/video/LOGAaObsN4g/v-deo.html ) and my Cube power supply's transformers heat up too much when putting out only around 20,000 volts. One of the tips I talk about (the best one) on the webpage I linked to in my previous comment is to try it in the dark and look for the corona between the wire and the foil skirt. If you don't get the corona then your voltage isn't high enough. If you get the corona in only one spot then you're only getting lift at that one spot.
This circuit is DC. However, it's high voltage DC. As for formulas, there are but I don't have any off-hand. I know Peek's law is often used en.wikipedia.org/wiki/Peek%27s_law.
Well then... when I was younger, I built a remake of Rimsterorg's ion lifter, but I never knew you needed high voltage. I USED A HALF DEAD 9 VOLT BATTERY!!!
Great video! Thanks for explaining this, but I'm really curious how switching the polarity works. Would electrons be pushed towards the smooth end and cause ionic wind?
Brainscrawler Roughly speaking, yes. See starting here en.wikipedia.org/wiki/Corona_discharge#Mechanism_of_corona_discharge for more about the differences between the positive and negative coronas.
The fast-moving ions produce the corona discharge from the point of drag air molecules along to create the electrical windand since the luminous portion of the flame is positively charged maybe
Hi! Great job! I have a question. It's about the part at 5:54 If the negative is connect with the sharp object, you said there are some diffences what happens. What are the differences? Thanks And Great Job!
excristao I can't go through all the details in a comment but it starts near the sharp object again since that's where the electric field is strongest, except electrons are stripped off the atoms in the air and repelled instead of attracted. A full description can be found here en.wikipedia.org/wiki/Corona_discharge#Mechanism_of_corona_discharge
RimstarOrg When the sharp is positively charged then positive ions are repelled and cause de air go down or something like this. But when the electrons are repelled insted, the air go down too?
It's not just about sharp & smooth, but also about charge distribution , with the wire the charge is concentrated promoting ionization, whilst the collector electrode has a larger surface area which doesn't promote ionization.
That depends on what you're powering. My lifter required around 25,000V and around 1 milliamp. You can see me measuring it in this video ua-cam.com/video/LOGAaObsN4g/v-deo.html. The sharpness of the point, or points, the smoothness of the smooth electrode, and the distance between the electrodes are the main factors. In the lifter, the sharp point was the thin, bare 30 gauge (AWG) wire.
If it's a lifter you want to fly then no. It needs a fairly powerful high voltage DC power source so it's not cheap (www.amazing1.com/hv-dc-power-supplies.html). You could try making one. Mine is this one rimstar.org/equip/30kv_pwr_supply.htm but it still needs a lower voltage power supply to feed it. Also, it's hard to find the type of flyback transformer that it uses. It has to be one that doesn't have a built in diode and all the ones these days have built in diodes.
Actually, I've never measured the high voltage required for any spinning setup, including the Enterprise model so It's hard to say what voltage or current is needed in those cases. The fact that you can make an Enterprise model spin horizontally like I did but there's no way you'd be able to make it go vertical (too heavy) doesn't mean it's using less power. It may in fact be using more. I just compared the AC voltage on the VARIAC meter dial and the DC voltage output going to the high voltage power supply at 2 minutes and 11 seconds into the Enterprise video (ua-cam.com/video/x5dyIIpnE0Y/v-deo.html) and the same for flying a lifter at 8 minutes and 35 seconds into my HV power supply video (ua-cam.com/video/GEuK1OdYxHk/v-deo.html) and the Enterprise needed much more: around 13 VDC going to the high voltage power supply versus 8 VDC. But I used the same power supply in both cases, just giving it more power for the Enterprise. Note that the voltage may actually be the same, just that the current is higher to produce more ions. That's why I say more power.
Correct, or at least not using ion propulsion. Other things like off-gassing, ejecting electrons, ejection of matter due to sparks, and attraction to the vacuum chamber parts can cause it to move, though if it does, it moves much more slowly. Ion propulsion is used in the vacuum and zero gravity of space though. The Dawn spacecraft currently orbiting the asteroid Ceres used an ion thruster to get there. It carried along Xenon gas for the propellant.
I find this fascinating. I believe that the wheel is holding us back. We seem to be at a standstill. Keep at it I believe you are on to something very big maybe not in my life time I am 70. But wouldn't be amazing if this teck worked incredibly well in the waitress state of space
That video was so good maybe the best one I seen in sometime, years ago I seen I guy make a big one of them in he's garage ever since then I always wanted to know if that was real, because it looked like magic lol
Pressure Mediation based in frequency and bandwidth... No particles involved... Makes me think of brushed motor to brushless,..then to rail gun,... Inverted to "ion" thruster... (Sympathetic resonant magnetic drive) Nice video
Anirudh Vasudevan Yes and no. It's the creation of the ion wind that happens at 4:50 that moves the device. After the ion wind is set in motion then it does not provide any additional thrust, and so none at 5:40.
+RimstarOrg I see, thanks. Also, if one were to extend the wires, to say even a few meters long, do you think the craft would just destabilize once it reaches a certain altitude? Or will it remain stable until it reaches the length? Thank you, and sorry for the many questions.
Anirudh Vasudevan The ionocraft requires a gas in order to work, so the higher up you go the less atmosphere there is and the craft will function less and less well until it doesn't work anymore. The length of the wire has nothing to do with that. There is an issue with the length of the wire in that the electrical current for ionization will be spread out over a larger area and so the propulsion per area would be less. And as length increases, so does mass, and at some point there won't be enough propulsive force to lift it.
Ionization created using high voltage can produce ozone. My lifter work at around 25,000 volts and that's high enough to produce ozone. So yes, it does.
For the lifter, I needed around 25,000 volts. My ammeter wasn't in the correct range so I couldn't measure the current but it's a relatively high current. You can see me measuring in this video here ua-cam.com/video/LOGAaObsN4g/v-deo.html . Regarding safety, see near the end of my how-to-make a lifter video where I show the use of discharging the power supply and lifter after turning it off ua-cam.com/video/vzZy1Aqleno/v-deo.html . There are of course safety precautions to take while it's flying, like staying away from it.
Is the electric wind sufficient to lift the lifter ? One thing is to prop the enterprise suspended to a crane and that doesnt move so fast, another thing is to have the sufficient amount of force applied on the lifter to couter his weight ... some mesures ?
Great explanation but I have a few questions. 1.) Is the propulsion activated by the positively charged ions that are headed back to the positive source after collision with the neutral atoms? 2.) If the fields were reversed, how will that affect the atoms in order to get the same result?
Thanks. 1) Yes. That collision is what pushes on the electric field that the positive ions are a part of. That's what causes the propulsion. 2) It's too much detail for a comment but if the fields were reversed then the details would be a little different but the effect and the direction of the motion would be the same.
Due to the strong electric field around the wire, the thin enamel coating will likely breakdown but if it does, it'll likely be in one spot. Once corona is leaking out of that spot, the electric field overall will be weaker and it won't be emitting in other places. That's my guess anyway. It likely won't fly. There are tricks for removing enamel from wire though. Do a search for how to remove enamel from wire.
hi if you make this a bigger engine do you get any electrical discharge "lightning bolts" i mean i work on plasma propulsion ideas. one i have is a plasma reactor rocket engine . a magnetron generating plasma from silicon dioxide that gets drawn to a dc magnet, then a cathode ray fires electrons at it to overload the plasma field. a plasma explosion equal to a combustion chamber of a rocket to create thrust. and a plasma turbojet doing the same thing . the pressure from the electrical/plasma explosion for thrust and to spin a turbine to bring in more plasma.
Sure, but I've done so many ion propulsion systems that I have a playlist of how I made them ua-cam.com/video/vzZy1Aqleno/v-deo.html&list=PLFsZmHTZL-znXMyhU5jQvKsJB4zgrq3Jo&index=1.
I show how I added the ion propulsion to the enterprise model in this video ua-cam.com/video/x5dyIIpnE0Y/v-deo.html and then in this video I added the laser ua-cam.com/video/VxIEV27AjWQ/v-deo.html
@@RimstarOrg thanks sir ❤️ Hope I become a lot intelligent to make my and all countries proud of me just like the world prouds our Indian Scientist Dr.APJ Abdul Kalam
Unfortunately I know that it's somewhere over 250 microamps, which isn't very helpful. I tried measuring it when I also measured the voltage but my ammeter didn't have the right range and I wasn't willing to take a chance with a better meter. Here's the video where I did the measurements ua-cam.com/video/LOGAaObsN4g/v-deo.html
The analogy of pulling apart a piece of bread while wearing rollerblades was really helpful to create a mental picture of how boring my life must be to have watched that video in its entirety. Kudos 👏
Hi interesting, and first I'd like to thank you for the awesome, to the point, easy to understand and informative video. I'm wondering how much power we're talking when it comes to moving an object using ionic thrust per any measure of weight?
Excellent explanation of ion propulsion. So seeing your smoke sticks at the end means it still needs something to push off of…in this case air right? You probably know where I’m going with this…
Hi, can ion propulsion work if the points are attached to the curved surface, i.e. pointing out from it, as they are connected to it via wiring anyway, or do they need to be separate from it for the effect described in the video to take place?
The side with the sharp points can be attached to a curved surface as long as the points stick out away from the surface. The other side will still have to be an entirely smooth surface though.
What are your thought on in atmosphere propulsion. It clearly works on a small scale but given an adequate power supply would it be possible for say small air craft?
A rough number is that there's a voltage of 100 volts for every meter of height through the atmosphere. And that varies depending on all sorts of things: nearby objects, humidity, air density, wind, ... So you'd need a tall aircraft to get the voltage. Then there's the question of how much charge is in the air, which also varies. That's extremely small. From Feynman's Lectures, volume II, 9-2, the current density (charge moving under the influence of that voltage) is around 10 micro micro amps crossing each square meter parallel to the earth. So I'd say it wouldn't work for a small aircraft.
In 2003 Thomas Bader and Chris Farzi worked together to examine the Biefeld-Brown effect by first reproducing the effect and reviewing the history through patents held by Brown. Several theories were tested and proposed, with quick theoretical calculations to determine whether the theory was sufficient to provide the force necessary for the thrust noticed by operating ionocraft. A conclusion is reached that the Ionic wind force is too small is reached by assuming that the particles being propelled are electrons. This assumption would suggest that a small force would be noticed in a vacuum since the electrons could come from the emitter on the ionocraft. Using the following two equations: 1/2mv^2 =qV where m is the mass of the moving particle, v is the velocity of that particle, q is the charge on the particle, and V is the voltage across the asymmetric capacitor. This is the kinetic energy of the particles being moved around by the electric field. F=mv*i/q Assuming collisions are completely elastic the change in momentum is calculated as above. The variables are the same as before with I being the current flowing across the capacitor. This also assumes that none of the particles collide with the collector. Combining these equations they conclude that the force is 5 orders of magnitude too small to be the cause.
Are you talking about making the lifter?Are you sure you don't mean 1000 v? That's 1 kv. 1000 kv is 1,000,000 v. If you meant 1000 v then that's not enough. You need around 25,000 v for the lifter. You also need current somewhere near 1 milliamp. If you meant 1,000,000 v then it's too much for this design of lifter. It would just create sparks between the wire and the foil. You'd have to design something else.
It will not work in a vacuum? Didn't they test lifters in a vacuum in the original Bielfield-Brown experiments? I read the propulsion effect is stronger in a vacuum. Can you please elaborate.
This is the first time I seen anyone who knew what they were talking about, Most people are clueless when it comes to this stuff But since I agree with your principles and know of it and am not involved with this type of thrust, but maybe after I finish my research, here's something you may be able to incorporate into your thrust-er as an experiment. I'm researching constant magnetic acceleration, Now I would suggest to see if you could build a set of magnetic coils that encompass the one end or through the whole accelerating chamber .a number of small coils to accelerate the flow of ions, Do that to see if it will increase the speed of movement of your vehicle. It would be interesting to know what effect this would have on acceleration etc. Keep thinking and let me know what happens if you do it.
Well yea it would because the more your wrap a coil the stronger the magnetic field and thus higher voltage. More voltage more current per second. Current is electrons adn the electrons bumb into atoms making ions.
The ion propulsion engines used in spacecraft like NASA's Dawn use a xenon gas which they carry with them. The technique used is different than in this video -- they don't rely on sharp vs. smooth electrodes. Without explaining the full technique, one of the electrodes is a wire grid with holes in it and many of the charged particles make it through the holes. To reduce the number that then get pulled back, after the particles have made it through the grid, they spray them with oppositely charged particles to neutralize them.
My homemade 30kV power supply ua-cam.com/video/GEuK1OdYxHk/v-deo.html and more here in case you're planning on making one rimstar.org/equip/30kv_pwr_supply.htm though the particular type of flyback without the diode is getting real hard to find.
No, it's too weak. It does move spacecraft in the vacuum of space (carrying propellant since there's no air) but there's very little friction there and the acceleration is slow. The best I've seen so far to a self propelled on is this one ua-cam.com/users/KraussEMUS1videos
@@RimstarOrg thank you for the reply! seeing the channel you've linked made me more interested in the subject and am thinking of building a similar model of your demonstration for a school project :D im curious would a cardboard model instead of your (3D printed?) Star Trek model work? or would the current burn it? and if so what kind of material should i use to recreate a model/similar model.. thank you for the video! it has resparked my passion for "cool science" things haha
Yes, cardboard should work, provided it doesn't have any coating which might be electrically conductive. Here's another one I did with something made from scratch ua-cam.com/video/JMtrKO7SVnw/v-deo.html
@@RimstarOrg send help! I'm currently in the stage of making the prototype model and am struggling with what to put in my report paper regarding the "calculations" part of the project, what are the mechanical principles that could be calculated? is there anything you could analyze mathematically too perchance?
If controlling this would be erratic, that just means you have to think bigger and smarter! First we have to solve the problem with energy. If this craft can bend the air around it, I wouldn't be surprised if it could do exactly the same in space as well. Enough power and we could very well be up and away in a flash with near light speed, isn't this how fast atoms travels? The posibillity of this making every one of us able to understand and create our own craft, is huge. This makes all the rambling about UFO's even more likely as well, because those who understand, must have made their own craft already. We are on to something good, I know that much.
Great explanation and great animations! Your videos just keep getting better and better! Nice work!
Thanks! The animations are a lot of fun to do.
InstaBlaster
This is a great explanation. Read about lifters in a visual novel recently that didn't really give an explanation as to how it worked or even what it is. This fills that gap perfectly.
Earlier on I decided I wanted to learn exactly how ion propulsion works. Thanks for uploading this
You're welcome. Glad to hear it was timely.
A wonderful, compelling explanation. Well done!
Great physics explanation! The rollerblades analogy was a nice touch.
So the big question is, can an ion lifter produce enough lift to carry its own high voltage power supply, some passengers, a bathroom, a kitchen, and a living room?
Hsfh Fejtpo you would have to make one. I was thinking of using solar panels, batteries, and a custom transformer.
They use them in space on satellites with a liquified gas where gravity isnt a factor.
The military does
Sure. Just scale it up.
Yes. If you could produce enough power... We'll probably have to wait for fusion.
great explanation
Thanks.
4:35 yes that is what i was thinking ...! 🤔🤔
But in space there's no neutral atoms other then that which exists in the chamber so what for this case ?
5:10 you push to move neutral atoms that are coming from where, in the case of the vacuum of space?
In the vacuum of space you'd need to provide the neutral atoms yourself. Often xenon gas is used for ion engines in spacecraft in space.
@@RimstarOrg yes i got it..we provide them...so in other words we eject particles right?
@boriskaragiannisYupp
Great explanation and also great to see you are still working with these devices. I see you still have my old PDFs on your site :) If you want to collaborate on making a stronger force, let me know and we can see if we can come up with some ideas.
Leon Tribe Thanks. Great hearing from you again. From what I can tell from analytics, your PDFs still get some looking over each month. I'm not really working on these devices anymore, I'm more showing them to people who've never seen them before.
Thanks so very much, that was the most clear and easy to digest information about ion propulsion I have ever heard, mere words cannot express my sincere gratitude to you. Big smiles from me to you!! 😊
P.s. I have already made one lifter type in the past without much success but with this added information I'm most certain I can do it now.
Outstanding Sir. Great explanation. My electric shop teacher told us about the "theory " of thi back in 1974, making a working model is another story. 73 OM
They have made a drone using this method
Technology is fucking amazing!
ua-cam.com/video/UGM4JXVB5FM/v-deo.html
Wondering how I my ion propelled Enterprise worked? Or how a lifter or other ionocraft works? All is revealed in this new video. Enjoy!
why do you tie your lifter? infact almost all the ionocraft videos ive seen, the lifter has been taped/tied to the ground quite closely. why not just let it fly straight up then lower the voltage and get it down ?
EpicBunty
The three sides of a lifter produce varying thrust in different amounts. Since there's no independent control for each side, if the lifter weren't tied down then it would fly erratically all over the place, within the limits of the feed wires. So the thrust is turned up such that the threads are all being pulled tightly. That means that two sides are thrusting more than they need to be and the third side is thrusting just enough to keep the threads on that side tight.
i thought so!
how erratic is it ? I'm sure with a little bit of experimenting and tinkering you can make a model which flies stably.. right? or have you not played around enough ?
EpicBunty
It can be very erratic. I've played around a lot because you often have to do that just to get it so that all sides are thrusting enough just to get off the ground. It appears as though the more sides you have, the more stable you can get it. I guess many more sides averages out the differences in different areas. So the lifters made up of many triangles tend to be more stable. But I've still never seen anyone be able to remove the threads.
wow! thanks for the info.
If you ever do end up finding a video of a stable lifter, mind sending me a link ?
Thanks for all of your ultra-high-quality videos--it is rare to find someone who has the gift of true teaching (which requires core knowledge of the subject). This allows others with the potential to excel quickly. After studying your "how ion propulsion works" video, I would like to ask your opinion on something. I have the requirement to set up TWO independent spark gaps--one, let's say points north-south, and the other east-west. They are at about the same level and will intersect each other, however, their high voltage power supply's are 100% isolated capacitors, no common grounds, etc. I would like to ensure that if the two arcs fire simultaneously that no electrical connection or current path will be present--sort of like light or sound,i.e once passed the "region of crossing" it is as if neither was aware the other existed!! Any ideas on this construction?
Thanks MUCH,
--dalE
+dale nassar Unfortunately sparks are not like light. If I understand you correctly, I don't see how this can work. Each sphere will spark to the one closest to it that is at the opposite polarity.
Great video
Amazing video.
The action Lab made a video about ion propulsion and I wanted to know more, so here I am :)
Wonderful explanation.
The best explanation ever.
Nice style of explaining.
Coanda effect applicable to ionic wind?
The Coanda effect is an effect produced by air moving over a curved surface. Ion wind can produce the Coanda effect just like a propeller or jet can, by moving air over a curved surface. You can see that in my video about creating ion wind for a Star Trek Enterprise model. See three minutes into this video ua-cam.com/video/x5dyIIpnE0Y/v-deo.html
@@RimstarOrg I should've been clearer, I meant would a stream of electrons be affected by coanda?
Oh, interesting question. If you flow a stream of electrons over a curved object, would it affect the flow? I'm not sure. The strength of the flow might play a part, a stronger flow would be less affected since the momentum of the electrons would keep them moving. If there's a stream of electrons then that usually means there's something attracting them so the strength of that attraction (electric field strength) would play a part. If it's in a vacuum then it won't have any air flow to affect it. The electrons might cause molecules in the nearby surface to form dipoles and the dipoles would then attract the electrons. Lots to think about... no certain answer though.
يجب أن يتحد المخترعون وكل من ساهم في تطوير تقنية تكاثر أيونات البلازما الأيونية لتطوير هذا المستقبل لتقنية البلازما الأيونية لإنقاذ العالم من الاحتباس الحراري وتلوث الهواء والضوضاء التي تدمر العالم!
Great explanation
Really nice explanation
Very well explained! Thanks for posting!
Thanks! Glad you like it!
Now I have to build one that I can rid around on!!! :)
Best video explanation 👍👍👍👍
Extremely well-explained!
Very nice shall we do it wireless ?
Brilliantly explained, thanks
Dude.
Unbelievably well explained.
You're the next Bill Nye ; )
David Hart Nye is a hack
The movie star?
Nye doesn't know shit
Very good job on the video.
Refreshing! Especially if you just watched zombo TV box.
Thank you, It's very clear comments!
Sir, that is remarkable presentation, thank you.
Hi Rimstar. Attempted ionic lifter but NO lift.. just some hissing sound and wind..... I connected to my high voltage flyback transformer: positive and negative terminals to the lifter.... ( thin copper wire and smooth aluminium side.
What could be the issues???
A flyback transformer outputs AC. A lifter needs either DC or pulsed DC and won't work with AC. My power supply have a voltage multiplier after the flyback transformer. The voltage multiplier both steps up the voltage and converts the AC to DC. I have some additional tips and tricks to getting it to work on my webpage here rimstar.org/sdprop/lifter/lifter.htm in case you modify your power supply.
@@RimstarOrg I got the flyback transformer from an old cathode TV which is the same as a computer monitor right??
Ah, I see. So chances are that your flyback transformer has a built in diode(s) which turns it into DC or pulsed DC. Though there's a slight chance that it doesn't and so you'd be getting AC out but if there was a thick wire coming out of the flyback and going directly up to the TV's cathode ray tube then it probably does have the diode(s). That would be something like my Cube power supply ua-cam.com/video/-KFhBVfpfDw/v-deo.html which does have the diode. I tried that one with a lifter and it didn't lift. My guess is that the voltage was too low. My lifter lifts off at around 25,000 volts ( ua-cam.com/video/LOGAaObsN4g/v-deo.html ) and my Cube power supply's transformers heat up too much when putting out only around 20,000 volts. One of the tips I talk about (the best one) on the webpage I linked to in my previous comment is to try it in the dark and look for the corona between the wire and the foil skirt. If you don't get the corona then your voltage isn't high enough. If you get the corona in only one spot then you're only getting lift at that one spot.
best channel bro
Great explanation,
This video helped me a lot, thank you.
Great explanation Thank you!
great thanks✌
Thaks , its a really helpfull explanation !
So this is possible to do on a dc circuit. Are there any formulas available gor this kind of device?
This circuit is DC. However, it's high voltage DC. As for formulas, there are but I don't have any off-hand. I know Peek's law is often used en.wikipedia.org/wiki/Peek%27s_law.
Fantastic video!
Thanks for your high quality videos andr
explanation
Well then... when I was younger, I built a remake of Rimsterorg's ion lifter, but I never knew you needed high voltage. I USED A HALF DEAD 9 VOLT BATTERY!!!
Great video! Thanks for explaining this, but I'm really curious how switching the polarity works. Would electrons be pushed towards the smooth end and cause ionic wind?
Brainscrawler Roughly speaking, yes. See starting here en.wikipedia.org/wiki/Corona_discharge#Mechanism_of_corona_discharge for more about the differences between the positive and negative coronas.
The fast-moving ions produce the corona discharge from the point of drag air molecules along to create the electrical windand since the luminous portion of the flame is positively charged maybe
do you have any plans to test this in isolated conditions???
very very very didactic!!! thank you!!!
very nice video.
Hi! Great job!
I have a question. It's about the part at 5:54
If the negative is connect with the sharp object, you said there are some diffences what happens. What are the differences?
Thanks
And Great Job!
excristao I can't go through all the details in a comment but it starts near the sharp object again since that's where the electric field is strongest, except electrons are stripped off the atoms in the air and repelled instead of attracted. A full description can be found here en.wikipedia.org/wiki/Corona_discharge#Mechanism_of_corona_discharge
RimstarOrg
When the sharp is positively charged then positive ions are repelled and cause de air go down or something like this. But when the electrons are repelled insted, the air go down too?
excristao Yes, the electrons collide with other molecules on the way down and ultimately cause air molecules to go down too.
RimstarOrg
Thanx.
Great videos and support.
A week ago I saw your videos about ion propulsion. On monday I shared with my students :)
That was awesome 👌 👏 😎
It's not just about sharp & smooth, but also about charge distribution , with the wire the charge is concentrated promoting ionization, whilst the collector electrode has a larger surface area which doesn't promote ionization.
Whats the voltage needed to make this work?
That depends on what you're powering. My lifter required around 25,000V and around 1 milliamp. You can see me measuring it in this video ua-cam.com/video/LOGAaObsN4g/v-deo.html. The sharpness of the point, or points, the smoothness of the smooth electrode, and the distance between the electrodes are the main factors. In the lifter, the sharp point was the thin, bare 30 gauge (AWG) wire.
Can you recommend a cheap power source? Thanks
If it's a lifter you want to fly then no. It needs a fairly powerful high voltage DC power source so it's not cheap (www.amazing1.com/hv-dc-power-supplies.html). You could try making one. Mine is this one rimstar.org/equip/30kv_pwr_supply.htm but it still needs a lower voltage power supply to feed it. Also, it's hard to find the type of flyback transformer that it uses. It has to be one that doesn't have a built in diode and all the ones these days have built in diodes.
Ok thanks. But if you want to make a Enterprise model thing is the voltage any lower?
Actually, I've never measured the high voltage required for any spinning setup, including the Enterprise model so It's hard to say what voltage or current is needed in those cases. The fact that you can make an Enterprise model spin horizontally like I did but there's no way you'd be able to make it go vertical (too heavy) doesn't mean it's using less power. It may in fact be using more.
I just compared the AC voltage on the VARIAC meter dial and the DC voltage output going to the high voltage power supply at 2 minutes and 11 seconds into the Enterprise video (ua-cam.com/video/x5dyIIpnE0Y/v-deo.html) and the same for flying a lifter at 8 minutes and 35 seconds into my HV power supply video (ua-cam.com/video/GEuK1OdYxHk/v-deo.html) and the Enterprise needed much more: around 13 VDC going to the high voltage power supply versus 8 VDC.
But I used the same power supply in both cases, just giving it more power for the Enterprise.
Note that the voltage may actually be the same, just that the current is higher to produce more ions. That's why I say more power.
Given that the propulsion is reliant on pushing air molecules, this device should not move in vacuum, correct?
Correct, or at least not using ion propulsion. Other things like off-gassing, ejecting electrons, ejection of matter due to sparks, and attraction to the vacuum chamber parts can cause it to move, though if it does, it moves much more slowly.
Ion propulsion is used in the vacuum and zero gravity of space though. The Dawn spacecraft currently orbiting the asteroid Ceres used an ion thruster to get there. It carried along Xenon gas for the propellant.
I find this fascinating. I believe that the wheel is holding us back. We seem to be at a standstill. Keep at it I believe you are on to something very big maybe not in my life time I am 70. But wouldn't be amazing if this teck worked incredibly well in the waitress state of space
Nicely done thank you.
Thanks.
That video was so good maybe the best one I seen in sometime, years ago I seen I guy make a big one of them in he's garage ever since then I always wanted to know if that was real, because it looked like magic lol
Pressure Mediation based in frequency and bandwidth...
No particles involved...
Makes me think of brushed motor to brushless,..then to rail gun,... Inverted to "ion" thruster... (Sympathetic resonant magnetic drive)
Nice video
Really awesome!
Which Trek episide guys? The one that first mentioned Ion propulsion!
This tech is amazing
I should have come across this years ago
Around 5:40 you mention the ion wind doesn't interact with the device, does that mean the ion wind does not provide any thrust?
Anirudh Vasudevan Yes and no. It's the creation of the ion wind that happens at 4:50 that moves the device. After the ion wind is set in motion then it does not provide any additional thrust, and so none at 5:40.
+RimstarOrg I see, thanks. Also, if one were to extend the wires, to say even a few meters long, do you think the craft would just destabilize once it reaches a certain altitude? Or will it remain stable until it reaches the length? Thank you, and sorry for the many questions.
Anirudh Vasudevan
The ionocraft requires a gas in order to work, so the higher up you go the less atmosphere there is and the craft will function less and less well until it doesn't work anymore. The length of the wire has nothing to do with that.
There is an issue with the length of the wire in that the electrical current for ionization will be spread out over a larger area and so the propulsion per area would be less.
And as length increases, so does mass, and at some point there won't be enough propulsive force to lift it.
Sir
U are classy👍👍👍
Thanks for the video
Excellent explanation! Does this create ozone or any other dangerous gases while it's working?
Ionization created using high voltage can produce ozone. My lifter work at around 25,000 volts and that's high enough to produce ozone. So yes, it does.
How much volts of electricity is needed? And how to prevent any electric hazard ??
For the lifter, I needed around 25,000 volts. My ammeter wasn't in the correct range so I couldn't measure the current but it's a relatively high current. You can see me measuring in this video here ua-cam.com/video/LOGAaObsN4g/v-deo.html . Regarding safety, see near the end of my how-to-make a lifter video where I show the use of discharging the power supply and lifter after turning it off ua-cam.com/video/vzZy1Aqleno/v-deo.html . There are of course safety precautions to take while it's flying, like staying away from it.
@@RimstarOrg Thanks a lot gentleman! 😊
Is the electric wind sufficient to lift the lifter ? One thing is to prop the enterprise suspended to a crane and that doesnt move so fast, another thing is to have the sufficient amount of force applied on the lifter to couter his weight ... some mesures ?
That reminds me to change my DILITHIUM CRYSTALS. Thanks.
Great explanation but I have a few questions.
1.) Is the propulsion activated by the positively charged ions that are headed back to the positive source after collision with the neutral atoms?
2.) If the fields were reversed, how will that affect the atoms in order to get the same result?
Thanks.
1) Yes. That collision is what pushes on the electric field that the positive ions are a part of. That's what causes the propulsion.
2) It's too much detail for a comment but if the fields were reversed then the details would be a little different but the effect and the direction of the motion would be the same.
Does the thin wire need to be bare, or can you use something like enamel insulated wire? Thanks.
Due to the strong electric field around the wire, the thin enamel coating will likely breakdown but if it does, it'll likely be in one spot. Once corona is leaking out of that spot, the electric field overall will be weaker and it won't be emitting in other places. That's my guess anyway. It likely won't fly. There are tricks for removing enamel from wire though. Do a search for how to remove enamel from wire.
hi if you make this a bigger engine do you get any electrical discharge "lightning bolts" i mean i work on plasma propulsion ideas. one i have is a plasma reactor rocket engine . a magnetron generating plasma from silicon dioxide that gets drawn to a dc magnet, then a cathode ray fires electrons at it to overload the plasma field. a plasma explosion equal to a combustion chamber of a rocket to create thrust. and a plasma turbojet doing the same thing . the pressure from the electrical/plasma explosion for thrust and to spin a turbine to bring in more plasma.
Would This same experiment work in space?
what about creating a shield and injecting free ions in the direction of travel???
Nice one!
Could you please explain about how did you make your own ion propulsion system?
Sure, but I've done so many ion propulsion systems that I have a playlist of how I made them ua-cam.com/video/vzZy1Aqleno/v-deo.html&list=PLFsZmHTZL-znXMyhU5jQvKsJB4zgrq3Jo&index=1.
Thank you so much.
Sir how to make that enterprise model please tell
I show how I added the ion propulsion to the enterprise model in this video ua-cam.com/video/x5dyIIpnE0Y/v-deo.html and then in this video I added the laser ua-cam.com/video/VxIEV27AjWQ/v-deo.html
@@RimstarOrg thanks sir
Love from India 🇮🇳🇮🇳❤️❤️❤️
Soon I aim to become a Scientist at ISRO ❤️❤️❤️
ISRO! Awesome!
@@RimstarOrg thanks sir ❤️
Hope I become a lot intelligent to make my and all countries proud of me just like the world prouds our Indian Scientist Dr.APJ Abdul Kalam
are there any theories to control the direction of the lifter?
It can be done. For example, you can have some sort of circuit which powered each side independently. I've never heard of anyone doing it though.
Is there a minimum amount of current needed to produce the thrust effect.? With a craft of similar mass too the lifter
Unfortunately I know that it's somewhere over 250 microamps, which isn't very helpful. I tried measuring it when I also measured the voltage but my ammeter didn't have the right range and I wasn't willing to take a chance with a better meter. Here's the video where I did the measurements ua-cam.com/video/LOGAaObsN4g/v-deo.html
Thanks ill check out the video .
The analogy of pulling apart a piece of bread while wearing rollerblades was really helpful to create a mental picture of how boring my life must be to have watched that video in its entirety.
Kudos 👏
Awesome stuff.
Hi interesting, and first I'd like to thank you for the awesome, to the point, easy to understand and informative video.
I'm wondering how much power we're talking when it comes to moving an object using ionic thrust per any measure of weight?
I don't have any numbers for that. I have trouble measuring the current so I can't calculate power.
great vid!
Excellent explanation of ion propulsion. So seeing your smoke sticks at the end means it still needs something to push off of…in this case air right? You probably know where I’m going with this…
That's what I describe at 4:26.
Thank you !
Holy wow!
Hi, can ion propulsion work if the points are attached to the curved surface, i.e. pointing out from it, as they are connected to it via wiring anyway, or do they need to be separate from it for the effect described in the video to take place?
The side with the sharp points can be attached to a curved surface as long as the points stick out away from the surface. The other side will still have to be an entirely smooth surface though.
What are your thought on in atmosphere propulsion. It clearly works on a small scale but given an adequate power supply would it be possible for say small air craft?
A rough number is that there's a voltage of 100 volts for every meter of height through the atmosphere. And that varies depending on all sorts of things: nearby objects, humidity, air density, wind, ... So you'd need a tall aircraft to get the voltage. Then there's the question of how much charge is in the air, which also varies. That's extremely small. From Feynman's Lectures, volume II, 9-2, the current density (charge moving under the influence of that voltage) is around 10 micro micro amps crossing each square meter parallel to the earth. So I'd say it wouldn't work for a small aircraft.
Can you do a video on multi stage ionocraft lifters?
or have you made any isolated tests before??
What do you mean by isolated conditions?
what voltage did you use to create the electric field?
For the lifter it was around 25kilovolts and just over 250microamps. I didn't measure for the Enterprise.
In 2003 Thomas Bader and Chris Farzi worked together to examine the Biefeld-Brown effect by first reproducing the effect and reviewing the history through patents held by Brown. Several theories were tested and proposed, with quick theoretical calculations to determine whether the theory was sufficient to provide the force necessary for the thrust noticed by operating ionocraft. A conclusion is reached that the Ionic wind force is too small is reached by assuming that the particles being propelled are electrons. This assumption would suggest that a small force would be noticed in a vacuum since the electrons could come from the emitter on the ionocraft. Using the following two equations:
1/2mv^2 =qV
where m is the mass of the moving particle, v is the velocity of that particle, q is the charge on the particle, and V is the voltage across the asymmetric capacitor. This is the kinetic energy of the particles being moved around by the electric field.
F=mv*i/q
Assuming collisions are completely elastic the change in momentum is calculated as above. The variables are the same as before with I being the current flowing across the capacitor. This also assumes that none of the particles collide with the collector.
Combining these equations they conclude that the force is 5 orders of magnitude too small to be the cause.
If use in a exotic pc cooling system.. Could this damage your parts?
I don't know. It does produce a lot of ions which means it might electrically charge things. That might cause a problem.
thanks!
hi I have a voltage of 1000 kv. Do i make it with the same technique? What should be the safety precautions i should take?
Are you talking about making the lifter?Are you sure you don't mean 1000 v? That's 1 kv. 1000 kv is 1,000,000 v.
If you meant 1000 v then that's not enough. You need around 25,000 v for the lifter. You also need current somewhere near 1 milliamp.
If you meant 1,000,000 v then it's too much for this design of lifter. It would just create sparks between the wire and the foil. You'd have to design something else.
He's probably building a real Enterprise ;)
Hi, I have a question, would you be able to use nuclear energy to power something like this?
If you mean a nuclear power generator that produces electricity and powers this then yes, that would work.
@@RimstarOrg thanks cuz I've gotta tie in nuclear energy into an experiment for school and they arent making it easy lol, thank you
It will not work in a vacuum? Didn't they test lifters in a vacuum in the original Bielfield-Brown experiments? I read the propulsion effect is stronger in a vacuum. Can you please elaborate.
This is the first time I seen anyone who knew what they were talking about, Most people are clueless when it comes to this stuff
But since I agree with your principles and know of it and am not involved with this type of thrust, but maybe after I finish my research, here's something you may be able to incorporate into your thrust-er as an experiment.
I'm researching constant magnetic acceleration, Now I would suggest to see if you could build a set of magnetic coils that encompass the one end or through the whole accelerating chamber .a number of small coils to accelerate the flow of ions,
Do that to see if it will increase the speed of movement of your vehicle. It would be interesting to know what effect this would have on acceleration etc.
Keep thinking and let me know what happens if you do it.
Well yea it would because the more your wrap a coil the stronger the magnetic field and thus higher voltage. More voltage more current per second. Current is electrons adn the electrons bumb into atoms making ions.
But in space there is no any neutral atoms between so how that works ?
The ion propulsion engines used in spacecraft like NASA's Dawn use a xenon gas which they carry with them. The technique used is different than in this video -- they don't rely on sharp vs. smooth electrodes. Without explaining the full technique, one of the electrodes is a wire grid with holes in it and many of the charged particles make it through the holes. To reduce the number that then get pulled back, after the particles have made it through the grid, they spray them with oppositely charged particles to neutralize them.
what power supply do you use?
My homemade 30kV power supply ua-cam.com/video/GEuK1OdYxHk/v-deo.html and more here in case you're planning on making one rimstar.org/equip/30kv_pwr_supply.htm though the particular type of flyback without the diode is getting real hard to find.
could you use this for things like boats or drones?
No, it's too weak. It does move spacecraft in the vacuum of space (carrying propellant since there's no air) but there's very little friction there and the acceleration is slow. The best I've seen so far to a self propelled on is this one ua-cam.com/users/KraussEMUS1videos
@@RimstarOrg thank you for the reply! seeing the channel you've linked made me more interested in the subject and am thinking of building a similar model of your demonstration for a school project :D
im curious would a cardboard model instead of your (3D printed?) Star Trek model work? or would the current burn it? and if so what kind of material should i use to recreate a model/similar model.. thank you for the video! it has resparked my passion for "cool science" things haha
Yes, cardboard should work, provided it doesn't have any coating which might be electrically conductive. Here's another one I did with something made from scratch ua-cam.com/video/JMtrKO7SVnw/v-deo.html
@@RimstarOrg send help! I'm currently in the stage of making the prototype model and am struggling with what to put in my report paper regarding the "calculations" part of the project, what are the mechanical principles that could be calculated? is there anything you could analyze mathematically too perchance?
Here's a paper that gives the mathematical model for what I describe in this video - though it used to be easy to download.
If controlling this would be erratic, that just means you have to think bigger and smarter!
First we have to solve the problem with energy.
If this craft can bend the air around it, I wouldn't be surprised if it could do exactly the same in space as well.
Enough power and we could very well be up and away in a flash with near light speed, isn't this how fast atoms travels?
The posibillity of this making every one of us able to understand and create our own craft, is huge.
This makes all the rambling about UFO's even more likely as well, because those who understand, must have made their own craft already. We are on to something good, I know that much.
Will that machine make it rain look up