TopRuslan

[stivep]

Re: Is this the beginning of the end?
Wesley

[apecore]

I see... roger.
Tbc

See short vid
Made new one, first vid not ok

https://youtu.be/bduAT_BqilE

[Dog-One]

See short vid
Made new one, first vid not ok

Very good.  I'll watch it here shortly.

In the meantime, it all just came to me...

The mixing of voltage and current...

Let's start with a transmission line, closed on one end;
open on the other.  There are signals inside this transmission
line, propagating back and forth with nearly no loss.

Which end do I use to measure the current?

The closed end.  I need a conductor to measure what is flowing
through it.

Which end do I use to measure the voltage?

The open end.  I cannot take a reading for the difference in
potential with a shunt there.

So now we have some terminology.  Our grenade coil is a
transmission line that is basically open on one end; shorted on
the other.  The shorted side is the current side; the open side is
the voltage side.

So what happens when a wave hits the voltage side?

It reverses direction and comes back same polarity reversed
in time, because there is no circuit there so it cannot flow
through.  All it can do is bounce back.

What happens when a wave hits the current side?

It crosses over and continues on its way without time reversal
and looks like a polarity flip.

So there we have a good chunk of this mystery solved IMHO.
We have two extremely valuable events within this simple hunk
of wire.  We have a voltage/current mixing device.  And we have
a time reversal device.  If we can't make free (as in beer) electrical
power with that, I'm sorry, there's no hope for us.   

[apecore]

Made a second vid after rewinding layer 6 from cw to ccw.
Which lowered the inductance from 80yH to 17uH.
Frequency increased from 1.78 to 2.3 Mhz approx.

https://youtu.be/uhxOdjuRgnc

[apecore]

Very good.  I'll watch it here shortly.

In the meantime, it all just came to me...

The mixing of voltage and current...

Let's start with a transmission line, closed on one end;
open on the other.  There are signals inside this transmission
line, propagating back and forth with nearly no loss.

Which end do I use to measure the current?

The closed end.  I need a conductor to measure what is flowing
through it.

Which end do I use to measure the voltage?

The open end.  I cannot take a reading for the difference in
potential with a shunt there.

So now we have some terminology.  Our grenade coil is a
transmission line that is basically open on one end; shorted on
the other.  The shorted side is the current side; the open side is
the voltage side.

So what happens when a wave hits the voltage side?

It reverses direction and comes back same polarity reversed
in time, because there is no circuit there so it cannot flow
through.  All it can do is bounce back.

What happens when a wave hits the current side?

It crosses over and continues on its way without time reversal
and looks like a polarity flip.

So there we have a good chunk of this mystery solved IMHO.
We have two extremely valuable events within this simple hunk
of wire.  We have a voltage/current mixing device.  And we have
a time reversal device.  If we can't make free (as in beer) electrical
power with that, I'm sorry, there's no hope for us.   

I knew you could do it... break the nut.
You only need people like me who just do something w/o thinking