kosst_amojan1,854 posts12-17-2018 3:43am@geoffkait
Sorry, but the electrons are moving and it’s not accurate to say that their agregate motion equals null motion. Photons are the force carrier that move them and that’s extremely important, but the motion of the electrons is what’s really going on on. All one needs to do is understand how a BJT transistor works. The mechanism of their operation is the physical motion of electrons between differently doped regions. A P doped regions doesn’t have photon holes. It has electron holes. The physics of a transistor are dictated by the motion of electrons.
>>I automatically defer to you when it comes to doping. 😵 But seriously, I know all about artificial atoms, thank you very much, which have precious little to do with signal propagation through wire. Nice try at diversion, however, and trying to present yourself as very knowledgeable. It will be our little secret. 🤭
Sorry, but the electrons are moving and it’s not accurate to say that their agregate motion equals null motion. Photons are the force carrier that move them and that’s extremely important, but the motion of the electrons is what’s really going on on. All one needs to do is understand how a BJT transistor works. The mechanism of their operation is the physical motion of electrons between differently doped regions. A P doped regions doesn’t have photon holes. It has electron holes. The physics of a transistor are dictated by the motion of electrons.
>>I automatically defer to you when it comes to doping. 😵 But seriously, I know all about artificial atoms, thank you very much, which have precious little to do with signal propagation through wire. Nice try at diversion, however, and trying to present yourself as very knowledgeable. It will be our little secret. 🤭