Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Maybe a natural frequency opposite of coppers natural color frequency would react against the electrons in the copper?
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
Looks to me like you just mixed together a bunch of scientific sounding words, hoping they would form a coherent thought. Sorry, but they don't.Maybe a natural frequency opposite of coppers natural color frequency would react against the electrons in the copper?
Why not take two pieces of glass and each piece of glass coat with mono layer if silver and pass the lasser beam between the two glass silver coated sheet ( multiinternal reflection ) and see if some current is generated , since in an reflection you will have an off and on which will be an occilator.
wrong.Copper doesn't have a "natural frequency."
wrong.
any length of wire will have a distributed capacitance, the length of wire the inductance.
take it from there.
wrong.
any length of wire will have a distributed capacitance, the length of wire the inductance.
take it from there.
Could we coil copper, surround it with a tube of mirrors, then use a laser pointer to flow the current?
in my example it would depend on the length of copper and its proximity to other conductive surfaces.Copper doesn't have a natural frequency. If you disagree, state what you believe copper's natural frequency to be.
i realized that after i posted.If you explore that further you'll realize that the impedance in a wire just relates to its size and shape, and that impedance is completely different than any natural frequency alluded to in the OP from the spectrum that gives copper its color.
And if you string it onto a guitar and strum it, it will also have a natural vibration frequency. But do you really think the OP knows enough to have actually been talking about one of those "natural frequencies"? I don't.wrong.
any length of wire will have a distributed capacitance, the length of wire the inductance.
take it from there.
Copper doesn't have a natural frequency. If you disagree, state what you believe copper's natural frequency to be.
And if you string it onto a guitar and strum it, it will also have a natural vibration frequency. But do you really think the OP knows enough to have actually been talking about one of those "natural frequencies"? I don't.
Between any two objects there exists a natural harmonic.
Otherwise they would not exist consecutively.
Objects would appear and disappear if there were no harmony.