Franklin Hu <frank...@yahoo.com>: Dec 15 01:01AM
I would once again argue that there isn't any E field as well.
Is there any E field required for a radio signal to travel through a coaxial cable?
How do you see radio signals travelling through
...more
|
|
|
Cornelis Verhey <verhey....@gmail.com>: Dec 14 08:02PM -0700
"
Franklin Hu's statement that there isn't any E field (Electric field)
required for a radio signal to travel through a coaxial cable is incorrect
in the context of the dominant mode of
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 03:25AM
Cornelis,
That should tell you that your "standard electromagnetic" theory is wrong. It predicts that there should be zero current.
However, if you actually did the experiment, you would see that
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 04:04AM
The easiest way to deal with the "thorniest problem" is to go back to your basic assumptions and show that they are wrong.
The polarization of light DOES NOT show that light involves transverse
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 04:11AM
Akinbo,
No, you are wrong again. You are once again, not reading what I said.
A normal conductor only uses electrons and those oscillations would create a net magnetic field.
But the aether
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 04:22AM
And once again AI is just spitting out the mainstream "opinion".
The conductor in the cable can only do "one" thing, which is to move electrons, so ultimately it can only be a simple flow of
...more
|
|
|
Cornelis Verhey <verhey....@gmail.com>: Dec 14 10:37PM -0700
Franklin,
AI would like to respond to you
"
Dear Franklin,
Thank you for continuing this discussion. Your perspective that the
conductor's only job is to move electrons is correct, but it
...more
|
|
|
Cornelis Verhey <verhey....@gmail.com>: Dec 14 10:59PM -0700
Franklin,
"So what do you think of that?"
What I told you in the first place.
Nothing has changed and you still can not measure a current leaving the end
of the coaxial cable and into the
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 06:19AM
"Any signal being measured is due to the "bit of wire" behaving like an antenna which can have an alternating current induced in it due to electromagnetic induction."
That is the VERY thing which
...more
|
|
|
Franklin Hu <frank...@yahoo.com>: Dec 15 06:34AM
That's very interesting about the speed differences, but dueling AI:
The insulation (dielectric) in a coax cable changes transmission speed because its material properties, specifically
...more
|
|
|
Akinbo Ojo <ta...@hotmail.com>: Dec 15 09:00AM
Franklin, et.al.,
In a transmission cable, both a wave in electric field E and in magnetic field B are propagated. This is unlike wireless transmission of energy through chargeless space.
...more
|
|
|
Akinbo Ojo <ta...@hotmail.com>: Dec 15 09:15AM
Franklin,
Do you accept that seismic S-waves (transverse) can be polarized and P-waves (longitudinal) cannot?
You are yet to understand the concept of polarization, hence your saying,
...more
|