Hi Marce ,
Yes i do a bit , indeed things move fast , in some conditions even faster than light , however that is more in the RF field with coils due to phi/2 and self resonance.
Well i did not measure but nasa and some lab did like i wrote before.if i find the data again on the web i post it for me it was many years ago i study that topic.
you have to look to the atomic structure of the material .
Even today they do amazing stuff in nano technology like carbon tubes ect.
There are Carbon wires for loudspeaker to very expensive to .
Like wise there allen bradley carbon composition resistors.
And i love them to .
regards,
john
Yes i do a bit , indeed things move fast , in some conditions even faster than light , however that is more in the RF field with coils due to phi/2 and self resonance.
Well i did not measure but nasa and some lab did like i wrote before.if i find the data again on the web i post it for me it was many years ago i study that topic.
you have to look to the atomic structure of the material .
Even today they do amazing stuff in nano technology like carbon tubes ect.
There are Carbon wires for loudspeaker to very expensive to .
Like wise there allen bradley carbon composition resistors.
And i love them to .
regards,
john
I suspect you are confusing group and phase velocity.Astronod said:Yes i do a bit , indeed things move fast , in some conditions even faster than light , however that is more in the RF field with coils due to phi/2 and self resonance.
CC resistors are intended for two purposes:Like wise there allen bradley carbon composition resistors.
And i love them to .
1. surviving large surges which would destroy a similar film resistor due to thermal mass effects,
2. adding distortion to guitar amps.
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