RickB wrote:Actually he refers to distortion of harmonics, referring to the crystal lattice of silicon or other semiconducting materials. If you want to see some crazy stuff, look up electron flow theory in semiconductors. Are electrons flowing or are holes flowing through the conductors? 
Still no rebuttal of my point about the electrons disappearing. Electrons are fundamental particles. They cant be destroyed, or made to dissapear, save by meeting anit-electrons (positrons). For that you need some considerably more sophisticated tech than a transistor or two, and Dumble would be glowing - and I'm not on about his rosy little cheeks - from the gamma rays produced by the annihilations.
Can you expand on what you think he means when on about fragile harmonics as I believed that transistors preserve far more information than valves, with next to zero distortion of any harmonic unless they clip. Do valves also not compress the waveform a little even when not clipping and in fact never perfectly relay a signal?
And if 'fragile harmonics' can't be preserved in crystal lattices, then how do little chunks of millions of transistors running to a clock that ticks a couple of billion times a second not lose data?
I'm genuinely interested in this stuff, however I think Dumble is blustering. But I'm willing to be proven wrong.
There are 10 kinds of people who understand binary.
Those who do and those who do not.