I feel obliged to drop a like and a subscribe because, while I'm not a physicist or electrical engineer, I really find stuff like this fascinating. Good stuff!
Yes, but gliding Arc discharges (this kind of plasma) has a só short contact with racha point of the magnet that this process occurs take a long time to be significant. If you increase the current however, you will increase the degradation.
Nice. Does it create a lot of ozone? All the arcing with electrode + black magnet in the beginning of the video must put out tons of ozone gas. Ozone in large amounts are harmful to lungs. I also see the black soot like stuff.
What's really rad about this video is that the plasma REFLECTS the light from the flame of the match head! If you don't believe me, please slow the video speed and magnify the round plasma part when the match lights up. You'll see the light from the flame reflected, like the light was being reflected off of glass !. So, what's going on here? I think, its the, already electrically excited air atoms, being hit with the photons of light from the flame and their outer or valence electrons going up an energy level and coming back down, releasing photons back at us in the form of a reflection ! You can even see the reflection of the flame deform as the air atoms rearrange themselves because of the rotation due to the Lorentz effect ! I wonder what would happen if you were to take a flame and hold it off center to the plasma so that the camera can see the flame's reflection. THEN at the same time turn OFF the power supply. I bet GooD money that the reflection would SUDDENLY disappear! Also notice that the flame isn't being bent towards or away from the plasma, as if its particles were being attracted or repulsed by the plasma like you would see in other experiments done concerning electrostatics. For example, holding a flame up to the discharge of a Wimshurst machine or Van De Graaf generator. No, the flame points upwards as if it wasn't being influenced or acted upon by an external force. So, you can't say the reflection was really excited chemicals from the match head being spun around within the plasma. No, it was light from the flame, being reflected back at US ! I think ! Please feel free to correct me if I got it wrong, because I want to get it right ! Thank You.
I get how you make it turn but how did you do the thing at the start of the video? Also, what is the logic in the right-hand thingy? Why can't we do it with our left hand (without changing polarities)?
The right hand rule is just a mnemonic. A given combination of current direction and magnetic field direction will yield a particular resultant force. The upshot is that all 3 are at mutually right angles. You could assign any combination of fingers to any combination of components (as long as the system has that property) but a convention must be chosen and agreed upon in order to be useful. The right hand rule _is_ that convention.
Isn't the battery magnet set-up at the end of the video, theoretically a perpetual motion machine? Because there is constant induction in the wire, the battery should not lose charge?
@@roxasparks бред) вся энергия является свободной просто надо уметь ее закольцевать) ua-cam.com/video/V2aOZYgRk9c/v-deo.html ua-cam.com/video/5AXgVqAWozU/v-deo.html на этих видео я показал что получать можно на много больше чем потреблять а значит можно и закольцевать)
Vortex plasma combined with microwave system. By dividing these 2 energies.. we can create cutting edge engines. And maybe adding magnetic fields we can find teleportation..
The microwave system that The spark uses the plasma system on a vortex combined with magnetic fields there must be another magnetic field that pushes to the inside
And bend the space of the vortex by throwing yourself inside.. so you have to create another equal system. but that bends the field of the plasma vortex with a magnetic field vice versa teleportation can work
Hello i am not physician but you should try to reload a reloadable battery using the wind for the inverse effect. And if possible ... Nobel price, inventors royalties and a very good thing for the World...thanks
@@whatelseison8970 Of course I did. Is Lorentz is a person, how did he make that force? unless he didn't. If I stumble on something, whatever it is, It doesn't mean I made it. But if I buy something only by law it is considered my stuff. Hey, that belongs to Blue Ocean. Blue Oceans house. Hold him responsible for maintenance and taxes or will take it away from him.
Mohammad Makiabadi I was thinking the same thing. I would think after a time in operation as the magnet heats up it would loose some of it's magnetism. But once it cooled it "should" come back unless the heat causes a crack in the magnet.
Any guess as to what temperature you're achieving with that and where its primarily being generated? Am I safe in assumption that most of the heat would be in the daughter product of what got ionized? Liike the heat would carried away by the O₃, N₂O, NO₂, HNO₃, (NH₄)₂SO₄, ect.... (yeah these babies spew a lot of nasty shit). Despite that the novelty of making a torch ignition gimmick is just too enticing
@@aggabus the gas temperature is hard to measure. In fact this kind of plasma isn't in thermodynamics equillibrium, so electrons can be at a Very high temperature (a thousand Kelvins) while the havier species (ions) present an ambient temperature (If the magnet was grounded, you probably can touch it and not injure your hand) But even in a academic laboratory It is hard to measure this value with accuracy.
@@aggabus the grounded electrode probably was in ambient temperature, the high voltage one can be measured with an optical termoter. However, I cannot say a number for it with accuracy.
@@gnnomo59 vid say plasma not gas . so not the gas temp even though the blue arch (plasma) is the heat the goal money maker the goods.. but gas is not it. i think the magnet does not heat up since the plasma (that you seem to be calling gas and there is air though this experiment probably could be done in a vacuum) is cool and not the electrode (as magnet) so none of the three.
How isn't your channel more known? Any science-technology enthusiast, should know your channel! Awesome content :D
nice experiment ! does the magnets suffer any wear/damage from plasma high heat or other reason ?
You could also tell how much charge is left in the battery by how quickly the wire spins!
I finally figured out where I've heard the beeps that are in your intro! I had a electronic rubics cube that had a countdown with the same beeps
+emertes17 Very cool!
Will the plasma temperature spoil the magnet?
I feel obliged to drop a like and a subscribe because, while I'm not a physicist or electrical engineer, I really find stuff like this fascinating. Good stuff!
We loved this! We are so trying the battery experiment :)
Good job sir. Does heat of the plasma kill the magnet?? I saw a video of a vortex lighter can it destroy it self after a while??
Yes, but gliding Arc discharges (this kind of plasma) has a só short contact with racha point of the magnet that this process occurs take a long time to be significant. If you increase the current however, you will increase the degradation.
Really sweet video
Nice. Does it create a lot of ozone? All the arcing with electrode + black magnet in the beginning of the video must put out tons of ozone gas. Ozone in large amounts are harmful to lungs. I also see the black soot like stuff.
Is the magnet along with the plasma "stealing" the plasma of the flame?
+Joey Bartlett Yes, it is actually sucking air in and when the flame goes out, the smoke is also sucked in.
Excellent explanation
What's really rad about this video is that the plasma REFLECTS the light from the flame of the match head! If you don't believe me, please slow the video speed and magnify the round plasma part when the match lights up. You'll see the light from the flame reflected, like the light was being reflected off of glass !. So, what's going on here? I think, its the, already electrically excited air atoms, being hit with the photons of light from the flame and their outer or valence electrons going up an energy level and coming back down, releasing photons back at us in the form of a reflection ! You can even see the reflection of the flame deform as the air atoms rearrange themselves because of the rotation due to the Lorentz effect ! I wonder what would happen if you were to take a flame and hold it off center to the plasma so that the camera can see the flame's reflection. THEN at the same time turn OFF the power supply. I bet GooD money that the reflection would SUDDENLY disappear! Also notice that the flame isn't being bent towards or away from the plasma, as if its particles were being attracted or repulsed by the plasma like you would see in other experiments done concerning electrostatics. For example, holding a flame up to the discharge of a Wimshurst machine or Van De Graaf generator. No, the flame points upwards as if it wasn't being influenced or acted upon by an external force. So, you can't say the reflection was really excited chemicals from the match head being spun around within the plasma. No, it was light from the flame, being reflected back at US ! I think ! Please feel free to correct me if I got it wrong, because I want to get it right ! Thank You.
Excellent video. I'm gonna try this.
What could be the temperature of plasma inside it
Nice set of drawing gloves.
wahts that cable ? is the ring magnet grounded or just attached to the other pole of the circuit ?
Probably grounded
Those are equivalent but not really relevant for the purposes of the demo. All you need to know is that current flow is radial within the ring.
Nice torusfield lines great stuff youre doing..i subbed..
the mag field spins!
I get how you make it turn but how did you do the thing at the start of the video? Also, what is the logic in the right-hand thingy? Why can't we do it with our left hand (without changing polarities)?
Doing with the left had is the same that considers a negative current
The right hand rule is just a mnemonic. A given combination of current direction and magnetic field direction will yield a particular resultant force. The upshot is that all 3 are at mutually right angles. You could assign any combination of fingers to any combination of components (as long as the system has that property) but a convention must be chosen and agreed upon in order to be useful. The right hand rule _is_ that convention.
nice 1! i like it very much as a science lover. HOPE you can make a video on the topic of HOW TO MAKE A PLASMA VORTEX . I enjoyed the video very much
yes
Isn't the battery magnet set-up at the end of the video, theoretically a perpetual motion machine? Because there is constant induction in the wire, the battery should not lose charge?
loveboyhatch I don't know much about E and M, but I know that frictional, and heat losses will eventually stop the wire from spinning.
Robert Shull Thank you man
the ionezed air spinning n riseup,right?just like in the birkeland current,i presume.
What is the polarity of this magnet?
Nice video
can you make a free energy device with this principle? Because here we have a current that is speed up with the magnet force
NO BECUASE THERE IS NO SUCH THING AS FREE ENERGY!!
@@roxasparks бред) вся энергия является свободной просто надо уметь ее закольцевать)
ua-cam.com/video/V2aOZYgRk9c/v-deo.html
ua-cam.com/video/5AXgVqAWozU/v-deo.html
на этих видео я показал что получать можно на много больше чем потреблять а значит можно и закольцевать)
subd! so could this be tapped off at 2 or more points to produce a radio carrier? could it be controlled for speed?
That's neater than a skeeters tweeter
Good job
Nothing like lighting your plasma on fire 🤟
Looks good !!!
Vortex plasma combined with microwave system. By dividing these 2 energies.. we can create cutting edge engines. And maybe adding magnetic fields we can find teleportation..
The microwave system that The spark uses the plasma system on a vortex combined with magnetic fields there must be another magnetic field that pushes to the inside
And bend the space of the vortex by throwing yourself inside.. so you have to create another equal system. but that bends the field of the plasma vortex with a magnetic field vice versa teleportation can work
Amazing, thank you
As far as i know an angularly accelerated arc is not a plasma vortex
But it is though.
Do you know of many other types of plasma vortices?
Hello i am not physician but you should try to reload a reloadable battery using the wind for the inverse effect. And if possible ... Nobel price, inventors royalties and a very good thing for the World...thanks
นี้แน่ะเอาใว้ขัดทำความสะอาด พวกอุปกรณ์ข้าวของที่เก่าชำรุดขึ้นสนิมนะ
Id like to build that!
Is the spark gap an AC or DC one? I wonder what effects the different types of current have?
Plasma Vortex Saw Disc Launcher Gun
I think you can make a spacecraft using this technology
Lorentz force? Is that a person? Is that you? How did you make the force?
With his right hand. Jeeze, didn't you even watch the video?
@@whatelseison8970 Of course I did. Is Lorentz is a person, how did he make that force? unless he didn't. If I stumble on something, whatever it is, It doesn't mean I made it. But if I buy something only by law it is considered my stuff. Hey, that belongs to Blue Ocean. Blue Oceans house. Hold him responsible for maintenance and taxes or will take it away from him.
where can i get the magnet?
I can supply magnets... magvortechs.org
how do you keep the magnet cool?
Mohammad Makiabadi I was thinking the same thing. I would think after a time in operation as the magnet heats up it would loose some of it's magnetism. But once it cooled it "should" come back unless the heat causes a crack in the magnet.
it's good but how to make plasma vortex
Change the magnet by a hollow cyllinder and input a tangential gas flow between the electrode as here: ua-cam.com/video/j7lVw8fOtZU/v-deo.html
Any guess as to what temperature you're achieving with that and where its primarily being generated? Am I safe in assumption that most of the heat would be in the daughter product of what got ionized? Liike the heat would carried away by the O₃, N₂O, NO₂, HNO₃, (NH₄)₂SO₄, ect.... (yeah these babies spew a lot of nasty shit). Despite that the novelty of making a torch ignition gimmick is just too enticing
Hi
magnifique!!!
what temperature
The gas temperature? The magnet temperature or the electrode one?
@@gnnomo59 yes
@@aggabus the gas temperature is hard to measure. In fact this kind of plasma isn't in thermodynamics equillibrium, so electrons can be at a Very high temperature (a thousand Kelvins) while the havier species (ions) present an ambient temperature (If the magnet was grounded, you probably can touch it and not injure your hand) But even in a academic laboratory It is hard to measure this value with accuracy.
@@aggabus the grounded electrode probably was in ambient temperature, the high voltage one can be measured with an optical termoter. However, I cannot say a number for it with accuracy.
@@gnnomo59
vid say plasma
not gas . so not
the gas temp
even though the blue arch (plasma) is the heat the goal money maker the goods..
but gas is not it.
i think the magnet does not heat up since the plasma (that you seem to be calling gas and there is air though this experiment probably could be done in a vacuum) is cool
and not the electrode
(as magnet)
so none of the three.
Thumbs up :)
Alex
+High Voltage Thanks Alex!
Proto G 👍👍👍👍
tats illuminatiy magic!!
That is one expensive equipment you got there
There are new lighters that look similar to this.
😊👍
I would calm it nether portal
Well I learned how to make a very simple motor today.
:)