16-Feb-2016, 11:06
They are all making assumptions because they have to rely on their simple measurement equipment. And as I said in another post before, for me there is more to physics than Resistance/Impedance/Capacity and Skin Effects. That's just what we are able to see/measure.
Are we so conceited to think that we allready understood the whole concept on atoms/electrons (and what the supplements might be) and how this all compiles?
No one has ever seen an electron moving through a wire.
Does it jump from one potential gap to another?
Does it "flow" right between the atoms?
Does it bump into its neighbor-electron and this to the next?
All just theories!
My experience is that every little thing counts. You move one varialble in a system only a tiny bit and the effect is sometimes not measureble but audible.
I don't know if it is nowadays possible to measure why a Stradivari violine sounds that much different than other violins. But our (not mine, but some professionel musicians) ears can confirm the fact.
Why do cable manufacturers choose one dielectric over another? Sure they can measure a difference in capacity (or alike), but do they really know what the processes are? They have never seen it. They saw a steady 2dimensional picture on an oscilloscope.
Have you ever wondered about the 2dimensional of signals that we are shown? There is only 3dimensional (or 4d w/ time) in our world. So, what does this electrons look/move like in a 3dimension world? Is it a line? Nope, Sir!
My conlusion. Believe on nothing. Try it yourself. Be patient.
gui
Are we so conceited to think that we allready understood the whole concept on atoms/electrons (and what the supplements might be) and how this all compiles?
No one has ever seen an electron moving through a wire.
Does it jump from one potential gap to another?
Does it "flow" right between the atoms?
Does it bump into its neighbor-electron and this to the next?
All just theories!
My experience is that every little thing counts. You move one varialble in a system only a tiny bit and the effect is sometimes not measureble but audible.
I don't know if it is nowadays possible to measure why a Stradivari violine sounds that much different than other violins. But our (not mine, but some professionel musicians) ears can confirm the fact.
Why do cable manufacturers choose one dielectric over another? Sure they can measure a difference in capacity (or alike), but do they really know what the processes are? They have never seen it. They saw a steady 2dimensional picture on an oscilloscope.
Have you ever wondered about the 2dimensional of signals that we are shown? There is only 3dimensional (or 4d w/ time) in our world. So, what does this electrons look/move like in a 3dimension world? Is it a line? Nope, Sir!
My conlusion. Believe on nothing. Try it yourself. Be patient.
gui
"Oh, you can buy the other. But then it is a cost intensive learning process"
berlin
