Transparent wire?

[Ollie B Bimmol]

I am making my first electric circuit.
Now I want to see the electrons in the wires,
so I can better understand what happens.
I used a magniflying glass,
and this is a very good magniflying glass,
also I use it for stamps, but I seen nothing.
My circuit has the high frequency,
so I have leaned the skin effect should
make the electrons move on the outside of the wire.
But maybe my frequency is not high enough,
so I think better to have transparent wire?
Where I can buy this transparent wire?
My circuit uses the transistor.

 

[Rich Webb]

I am making my first electric circuit.
Now I want to see the electrons in the wires,
so I can better understand what happens.
I used a magniflying glass,
and this is a very good magniflying glass,
also I use it for stamps, but I seen nothing.
My circuit has the high frequency,
so I have leaned the skin effect should
make the electrons move on the outside of the wire.
But maybe my frequency is not high enough,
so I think better to have transparent wire?
Where I can buy this transparent wire?
My circuit uses the transistor.

Don't feed the troll.

 

[Sylvia Else]

I am making my first electric circuit.
Now I want to see the electrons in the wires,
so I can better understand what happens.

I used a magniflying glass,
and this is a very good magniflying glass,
also I use it for stamps, but I seen nothing.
My circuit has the high frequency,
so I have leaned the skin effect should
make the electrons move on the outside of the wire.
But maybe my frequency is not high enough,
so I think better to have transparent wire?
Where I can buy this transparent wire?
My circuit uses the transistor.

No, you're really misunderstanding the problem. The reason you cannot
see the electrons is Heisenberg's uncertainty principle which
essentially states that whenever you try to look at an electron in one
place, it will actually be somewhere else.

You can sort of get round this by looking at the somewhere else instead.
You will not, of course, actually see an electron there, but you can
safely infer from its absence that the electron is where you originally
intended to look at it.

That's as near to seeing as you need for civilian work.

Sylvia.

 

[TTman]

I am making my first electric circuit.
Now I want to see the electrons in the wires,
so I can better understand what happens.
I used a magniflying glass,
and this is a very good magniflying glass,
also I use it for stamps, but I seen nothing.
My circuit has the high frequency,
so I have leaned the skin effect should
make the electrons move on the outside of the wire.
But maybe my frequency is not high enough,
so I think better to have transparent wire?
Where I can buy this transparent wire?
My circuit uses the transistor.

Did you try asking Skybuck?

He definitely knows.... he told me a while ago he had seen some...

 

[[email protected]]

I am making my first electric circuit.
Now I want to see the electrons in the wires,
so I can better understand what happens.
I used a magniflying glass,
and this is a very good magniflying glass,
also I use it for stamps, but I seen nothing.
My circuit has the high frequency,
so I have leaned the skin effect should
make the electrons move on the outside of the wire.
But maybe my frequency is not high enough,
so I think better to have transparent wire?
Where I can buy this transparent wire?
My circuit uses the transistor.

Give that man a $.5B "stimulus" loan.

 

[Fred Bartoli]

Sylvia Else a écrit :

No, you're really misunderstanding the problem. The reason you cannot
see the electrons is Heisenberg's uncertainty principle which
essentially states that whenever you try to look at an electron in one
place, it will actually be somewhere else.

That's why a binocular microscope is important: you say you look at them
through your left eye, and instead you look with your right eye. And in
case those electrons are really clever and guess your trick, show how
smart you are and look with both eyes.

 

[Fred Abse]

No, you're really misunderstanding the problem. The reason you cannot
see the electrons is Heisenberg's uncertainty principle which
essentially states that whenever you try to look at an electron in one
place, it will actually be somewhere else.

You can sort of get round this by looking at the somewhere else instead.
You will not, of course, actually see an electron there, but you can
safely infer from its absence that the electron is where you originally
intended to look at it.

That's as near to seeing as you need for civilian work.

ROTFLMAO!

 

[Fred Bartoli]

Michael A. Terrell a écrit :

Where is Scotty & his transparent aluminum when you need him?

Don't know but I always have my transparent tin foil hat on.

 

[Chris]

Michael A. Terrell a écrit :

Don't know but I always have my transparent tin foil hat on.

http://www.sciencedaily.com/releases/2009/07/090727130814.htm

 

[Jon Kirwan]

Where is Scotty & his transparent aluminum when you need him?

It's known as 'sapphire' here on Earth.

Jon