Now take all that, and imagine what happens when you change the fundamental ’in situ’ physics of electron transfer and flow, with the introduction of a new carrier, like liquid metal alloy.
Where the changes are enormous and in the exact level and way that ’electrons’ in flow...function. At the atomic bonding level of the molecules and atoms, where the electrons are being dealt with in the model and in the reality.
Solids have a lattice structure and a pattern of electron interaction due to such. Electron interaction is entirely different -- in the fluid. energetically it is entirely different. Every parameter you can imagine goes dynamic, even kinetic is added in, all kinds of non repeating directions..all so different and complex, that the experimental model does not yet function in any easily calculable way.
When you add in that the current model of transmission lines and solid lattice of metals... is known to seemingly not correlate very well with what we hear, well...
I said it was the biggest change in transmission lines in 100 years. The patent attorney corrected me. He said 150 years.
Where the changes are enormous and in the exact level and way that ’electrons’ in flow...function. At the atomic bonding level of the molecules and atoms, where the electrons are being dealt with in the model and in the reality.
Solids have a lattice structure and a pattern of electron interaction due to such. Electron interaction is entirely different -- in the fluid. energetically it is entirely different. Every parameter you can imagine goes dynamic, even kinetic is added in, all kinds of non repeating directions..all so different and complex, that the experimental model does not yet function in any easily calculable way.
When you add in that the current model of transmission lines and solid lattice of metals... is known to seemingly not correlate very well with what we hear, well...
I said it was the biggest change in transmission lines in 100 years. The patent attorney corrected me. He said 150 years.