Can the next video be melting this bulb until it pops? You might be able to get the wires hot enough to melt the glass on the seal then there would be a hiss when the air was let back into the bulb. Or you could use a magnet to deflect the arc so it touches and melt the glass. The sodium effect probably is the glass partially melting at the seals.
what is going on in the light bulb, I thought they were in vacuum, but it looks like particles are accelerating away from it upward, why cant we use same effect for space?
Can the next video be melting this bulb until it pops? You might be able to get the wires hot enough to melt the glass on the seal then there would be a hiss when the air was let back into the bulb. Or you could use a magnet to deflect the arc so it touches and melt the glass. The sodium effect probably is the glass partially melting at the seals.
I love that! :3
very nice
what is going on in the light bulb, I thought they were in vacuum, but it looks like particles are accelerating away from it upward, why cant we use same effect for space?
@@adairjanney7109 not all lamps are, the modern one are backfilled with a small amount of inert gas
Such a pity that these can't be permanent.
@@peterjameson321 they can be i just like pushing them lol