Sun is the cathode The ocean is the anode The ground is the magnet This world we live in is not what we are being told. Free endless energy and resources for milleniums.
So would a Tesla could not interact with electro luminescence paint in any way? Not sure if you know what that is. It’s the paint that makes cars glow using an electrical current.
I don't think so. But I've tried it with a turned-on LED strip, and it went wild, making colors that weren't even on the color settings, which can't be good for it.
Nothing is expelled. It isn't radiation that is happening. It glows for the usual reason. The field from the Tesla Coil allows the charges in the light bulb to go into motion at a frequency that is seen by the naked eye. If you looked at it in reference to the beta (electrons and "positrons") value of a semiconductive component, only then is there an actual gain in emitted charges. Those 'emitted' charges are only used as switching charges. Hence the semiconductive components aren't harmful to a user of a device containing semiconductive components. In some other sense, if there are ionizing EMFs of any sort in the references of which you speak, then there are also particle emissions. Otherwise, you then only have looping isolated fields interacting. In the sense of any of the bad stuff being in peoples' hands,, that stuff would be banned.
When it's on, there's a plasma inside of the bulb, a low-temperature plasma. That plasma consists of ions that have been stripped of an electron. These mercury atoms and whatever other element is in the bulb does indeed expel electrons. It does produce harmful UV radiation, but this UV light is converted into visible light from the white phosphor coating on the inside of the bulb.
This happens for the same reason the sun is glowing mate, high heats ( generated from the voltage in the form of a current ) strip electrons forming ions , these ions can carry charge and cause other ions to form , this superheats the metal causing a plasma to form ( other electrons can cause a chain reaction with this proscess ), this is why metals with low melting points are used as they can enter there vaporisation state earlier then others , this may also be because certain elements emit different wavelengths of light depending on the electron orbitals they return from when de-exiting , the more energy it returns the greater the frequency of the light emitted therefore a smaller wavelength and a more violet colour. There are ways to prove this such as microwaving a lit match , or a grape, you can even use the same science to figure out why de ionised water can transmit electrical signals
Usually, things won't shock you because of the low voltages, but Tesla coils have very high voltage and low current. Tesla coils can have some effect on other lighting sources, but gas bulbs are the most practical.
Lol, I dropped out in 7th grade and I honestly don't understand it as much as I make it seem. But I definitely want to learn more about this and make another video to explain it more effectively.
Sun is the cathode
The ocean is the anode
The ground is the magnet
This world we live in is not what we are being told. Free endless energy and resources for milleniums.
That's a fact . The powers that be will never let it happen
this is absolutely epic big poggers
So would a Tesla could not interact with electro luminescence paint in any way? Not sure if you know what that is. It’s the paint that makes cars glow using an electrical current.
One thing I want to know is if you already know how to make light.....why is your room so dark?!?!
Genius question, sir please explain this to us.
Does this work with an led strip?
I don't think so. But I've tried it with a turned-on LED strip, and it went wild, making colors that weren't even on the color settings, which can't be good for it.
Nothing is expelled. It isn't radiation that is happening. It glows for the usual reason. The field from the Tesla Coil allows the charges in the light bulb to go into motion at a frequency that is seen by the naked eye. If you looked at it in reference to the beta (electrons and "positrons") value of a semiconductive component, only then is there an actual gain in emitted charges. Those 'emitted' charges are only used as switching charges. Hence the semiconductive components aren't harmful to a user of a device containing semiconductive components. In some other sense, if there are ionizing EMFs of any sort in the references of which you speak, then there are also particle emissions. Otherwise, you then only have looping isolated fields interacting. In the sense of any of the bad stuff being in peoples' hands,, that stuff would be banned.
When it's on, there's a plasma inside of the bulb, a low-temperature plasma. That plasma consists of ions that have been stripped of an electron. These mercury atoms and whatever other element is in the bulb does indeed expel electrons. It does produce harmful UV radiation, but this UV light is converted into visible light from the white phosphor coating on the inside of the bulb.
This happens for the same reason the sun is glowing mate, high heats ( generated from the voltage in the form of a current ) strip electrons forming ions , these ions can carry charge and cause other ions to form , this superheats the metal causing a plasma to form ( other electrons can cause a chain reaction with this proscess ), this is why metals with low melting points are used as they can enter there vaporisation state earlier then others , this may also be because certain elements emit different wavelengths of light depending on the electron orbitals they return from when de-exiting , the more energy it returns the greater the frequency of the light emitted therefore a smaller wavelength and a more violet colour. There are ways to prove this such as microwaving a lit match , or a grape, you can even use the same science to figure out why de ionised water can transmit electrical signals
So this only works with gas powered lights? Why do you not recieve a shock? Cause of the low voltage?
Usually, things won't shock you because of the low voltages, but Tesla coils have very high voltage and low current. Tesla coils can have some effect on other lighting sources, but gas bulbs are the most practical.
Come back
ur voice is so hot....
(thanks for the explanation)
Do you have any idea how ignorant I feel having a teenager explain things like this to me AND I STILL BARELY UNDERSTAND IT. Stay in school kids...
Lol, I dropped out in 7th grade and I honestly don't understand it as much as I make it seem. But I definitely want to learn more about this and make another video to explain it more effectively.
Nope. Plenty of jargon. Utter nonsense. Keep at it, kid. You got the look.