Interestingly it looks like there are still enough air molecules inside the bottle to raise the arc when they are heated. At least that's how I would explain the arc being so... arched ;-)
Well sure, even the hardest vacuum in high end lab equipment has more particles in it than the dead of space. Something in the ball park of a million times more particles per cubic meter...
Isnt it basically a uv lightbulb? All youd need to do is coat the inside of the glass with phosphorus to make it glow white and could leave the electrodes short if you just put some mercury inside before you pull the. Vacuum and would vaporize enough of it to sustain the arc over longer distances with much lower voltage if a starter was used to build the initial voltage.. but what fun is a friggn fluorescent light bulb when you can have a plasma arc inside a bottle…. Id be tempted to introduce various noble gasses to make neon lights…. Plus an oscillating voltage with noble gasses would make a cool colored neon wavy arc.. just a thought….
Awesome stuff! Thanks for sharing. aaaand, it might have already been mentioned below... but... /effort Are we all going to ignore that he shocked himself at 4:26? 😉
When you put the magnet close can you feel the magnetic pull? If you can, is their any noticible physical force coming from the plasma or anything moving your hand toward or away?
I wonder if that plasma beam could be made to oscillate like a sine wave if some electromagnets at the right frequency, and power, was set up along the glass?
Yes, I've seen that done. At some point I want to revisit this project and do something like that where there's an array of coils around the tube that can drive the plasma into various shapes with a magnetic field
No. It won't oscillate in a sine. It will flow with the magnetic flux. You can curve the flux to be sinusoidal, but it's still not oscillating in a sine.
Did you have an issue with insulation breakdown or problems preventing the high voltage from jumping out of the wire? I saw you got shocked by the wire when you were first running your hand along the glass bottle and got too close to the wires run along the base. So i was mainly curious if you had to use special high voltage wire like for neon signs or the high voltage wires from microwave transformers?
1:27 Next time just keep the entire bottle submerged under water. You can cut glass even with strong enough scissors, as long as you do it under water.
This is just way too cool to me... might be a goofy question, but before one would attempt this, how would you safely avoid making X-rays? If I were to make my own, I would obviously read some more about cathode ray tubes to avoid turbo cooking myself on accident by building the wrong kind of tube lol.
Making x-rays without thermionic emission is significantly harder. Even if he made x-rays, they were few. Also, even if you do make x-rays, you gotta really try hard to mess yourself up, small doses are not really any danger
It’s likely some X-rays were produced due to the high voltage (30kv), but based on the look of the plasma, the pressure is much to high for X-rays to be significant. If you attempt this, it is recommended that you get an actual HVAC pump, and use a smaller current limited transformer, such as a neon sign transformer or oil burner ignition transformer. X-rays are negligible under 10kv, so be careful not to go over that limit. And of course, be careful when working with glass under vacuum as it’s likely to shatter, as well as high voltage, as a simple mistake could be lethal
If you stick your dick in things the danger will exponentially rise no matter what you are doing.. dont go sticking your dick in things you know little about, that would be dangerous.
i wonder if its possible to infuse enough magnetic particles into the glass,while blowing it,to get any effect without it being visible! wouldnt that be interesting?!
2:19 I don't mean to sound like your father but, Did "the camera lose focus", or did you position the camera in accurately while the camera focused on exactly what it was designed to focus on?
Over a long period of time, yes. For a few minutes, the radiation dosage is relatively inconsequential. I recently got a geiger counter, so at some point I'll fire this thing up again and find out the actual numbers
Hello, Can you make antigravity flying craft with magnetic field powered by 30 000 VOLTS? It should ionize AIR to air with negative charge (anionts) around magneting field, which will then be pushed away and it will make VACUUM around field... then your ship can move without air resistance
You can make a flying vehicle with high voltage, but it's not canceling gravity or anything like that. It's just pushing lots of air from corona discharge which generates thrust
@@HyperspacePirate well we can still use that field for pushing up magnet, now its not that bad, but yeah, it should be better to sort out ELEMENT 115 stabillity, then I think it will be game changer, if aliens are using it, we can maybe learn that too in the future. For some antimatter generator.
I dont understand either explanation here.. both are done under a vacuum, both are plasma…. You cant nake an anode ray tube because the plasma would be shooting from cathode to whatever the anode was. A crt is just a carhode ray gun projecting the plasma arc into another vacuum glass chamber with phosphor statically coatd on the glass making a tv. The arc is just modulated and skewed with a vertical and horizontal magnetic coil and transmission is done with signal amplification and stuff.. so what were either of you attempting to imply with your comments? you both lack basic fundamental knowledge on this subject youve introjected into. One could argue its not electticity, its just charged particles with different potential energies moving through a particular path of least resistance to exchange electrons….
This is a beautiful looking plasma. I love the way it looks
Thuis is amazing! you should make a tutorial video or a list of parts
Very nice
Super cool.
Neat videos. I am amazed that you haven't invested in a drill press.
cool video thanks
Interestingly it looks like there are still enough air molecules inside the bottle to raise the arc when they are heated. At least that's how I would explain the arc being so... arched ;-)
Well sure, even the hardest vacuum in high end lab equipment has more particles in it than the dead of space. Something in the ball park of a million times more particles per cubic meter...
yes ! good
The top side of that bottle can get mighty hot with that plasma beam close to glass.
Isnt it basically a uv lightbulb? All youd need to do is coat the inside of the glass with phosphorus to make it glow white and could leave the electrodes short if you just put some mercury inside before you pull the. Vacuum and would vaporize enough of it to sustain the arc over longer distances with much lower voltage if a starter was used to build the initial voltage.. but what fun is a friggn fluorescent light bulb when you can have a plasma arc inside a bottle…. Id be tempted to introduce various noble gasses to make neon lights…. Plus an oscillating voltage with noble gasses would make a cool colored neon wavy arc.. just a thought….
sounds kinda terrifying but is very cool
Awesome stuff! Thanks for sharing.
aaaand, it might have already been mentioned below... but... /effort
Are we all going to ignore that he shocked himself at 4:26? 😉
hope you used jb weld. lot of other epoxy will outgas
When you put the magnet close can you feel the magnetic pull?
If you can, is their any noticible physical force coming from the plasma or anything moving your hand toward or away?
amazing! what you use zvs and flyback?
I wonder if that plasma beam could be made to oscillate like a sine wave if some electromagnets at the right frequency, and power, was set up along the glass?
Yes, I've seen that done. At some point I want to revisit this project and do something like that where there's an array of coils around the tube that can drive the plasma into various shapes with a magnetic field
@@HyperspacePirate Man that would be cool. And... After maybe you can up grade to Tesla coil in air oscillations?
Electric Resonant cooling plasma
No. It won't oscillate in a sine. It will flow with the magnetic flux. You can curve the flux to be sinusoidal, but it's still not oscillating in a sine.
@@UnitSe7en Have that been tested, I am so curious.
Did you have an issue with insulation breakdown or problems preventing the high voltage from jumping out of the wire? I saw you got shocked by the wire when you were first running your hand along the glass bottle and got too close to the wires run along the base.
So i was mainly curious if you had to use special high voltage wire like for neon signs or the high voltage wires from microwave transformers?
That would probably be beneficial, yes. But, the wires he used seem too thin to be HV wires. I assume they're just regular ones
I want to see it make x-rays!
That’s how I made a working magnetron
should play with magnets in there and introduce argon or other gases in low pressure. ah wait you did try magnet 😁
1:27 Next time just keep the entire bottle submerged under water. You can cut glass even with strong enough scissors, as long as you do it under water.
Beautiful, next step is to introduce some digital signals into the plasma and you have a Rife machine.
Be careful with UV light.
No
Yea was wondering if that glass blocks all or most uv, if you use quartz glass I think it goes through...
This is just way too cool to me... might be a goofy question, but before one would attempt this, how would you safely avoid making X-rays? If I were to make my own, I would obviously read some more about cathode ray tubes to avoid turbo cooking myself on accident by building the wrong kind of tube lol.
Making x-rays without thermionic emission is significantly harder. Even if he made x-rays, they were few. Also, even if you do make x-rays, you gotta really try hard to mess yourself up, small doses are not really any danger
It’s likely some X-rays were produced due to the high voltage (30kv), but based on the look of the plasma, the pressure is much to high for X-rays to be significant. If you attempt this, it is recommended that you get an actual HVAC pump, and use a smaller current limited transformer, such as a neon sign transformer or oil burner ignition transformer. X-rays are negligible under 10kv, so be careful not to go over that limit. And of course, be careful when working with glass under vacuum as it’s likely to shatter, as well as high voltage, as a simple mistake could be lethal
Hello would the plasma jar work on rife machine for transferring frequencies
I'm not really sure what that is
im pretty sure this is generating some x rays.
is this deadly?
If you stick your dick in things the danger will exponentially rise no matter what you are doing.. dont go sticking your dick in things you know little about, that would be dangerous.
Cnt blv u are doing all this so easily!!
That looks really cool but you basically created a x-ray tube
i wonder if its possible to infuse enough magnetic particles into the glass,while blowing it,to get any effect without it being visible! wouldnt that be interesting?!
2:19 I don't mean to sound like your father but, Did "the camera lose focus", or did you position the camera in accurately while the camera focused on exactly what it was designed to focus on?
Isn't it dangerous because of the x-ray radiation?
Over a long period of time, yes. For a few minutes, the radiation dosage is relatively inconsequential. I recently got a geiger counter, so at some point I'll fire this thing up again and find out the actual numbers
no radiation 100%
I don't think the vacuum is good enough for it to produce x-rays.
Hello, Can you make antigravity flying craft with magnetic field powered by 30 000 VOLTS? It should ionize AIR to air with negative charge (anionts) around magneting field, which will then be pushed away and it will make VACUUM around field... then your ship can move without air resistance
You can make a flying vehicle with high voltage, but it's not canceling gravity or anything like that. It's just pushing lots of air from corona discharge which generates thrust
@@HyperspacePirate well we can still use that field for pushing up magnet, now its not that bad, but yeah, it should be better to sort out ELEMENT 115 stabillity, then I think it will be game changer, if aliens are using it, we can maybe learn that too in the future. For some antimatter generator.
Our
Not plasma is cathode ray tube
is cold atmospheric plasma -watch again and on right side you see pipe from vacuum pump ;)
I dont understand either explanation here.. both are done under a vacuum, both are plasma…. You cant nake an anode ray tube because the plasma would be shooting from cathode to whatever the anode was. A crt is just a carhode ray gun projecting the plasma arc into another vacuum glass chamber with phosphor statically coatd on the glass making a tv. The arc is just modulated and skewed with a vertical and horizontal magnetic coil and transmission is done with signal amplification and stuff.. so what were either of you attempting to imply with your comments? you both lack basic fundamental knowledge on this subject youve introjected into. One could argue its not electticity, its just charged particles with different potential energies moving through a particular path of least resistance to exchange electrons….
experiment the plasma with magnet,
@HyperspacePirate >>> 👍👍