A Broadband Wire Without The Access Fees

How they may make a real good wire for computer chips and my mother -a real editor good!

Some say that we may take a dash of electrons, add in a pinch of alternate N and S poles to hold them together in a tube. Stretch the wire so the attraction of the electrons doesn't cause it to collapse. Add many of these wires inside a frame in parallel. To make a real small chip just add another frame of these wires at 90 degrees (This is known as the Molecular Wire Crossbar Memory, another inventor's bright idea). Because of quanta, most of the power of the current inside the wire is held inside the electron so no outward heat flow. (They say heat loss may be a big limit to high speed chips.) Blend well with solitons (waves that don't lose much power as they travel) also inside this wire when well cheffed. They make chips two or three atoms wide, but an electron, although of no definite size, can be much smaller with change of energy. (Alternately crossing proton wires may be of more worth for small size and speed of the wave which may be faster than light by Chin's tunneling experiment. And protons have more definite spins to control because protons are more definite and solid than electrons, so this may be of worth for more bits from each proton than electrons.) To anchor the wires at the start, protons of opposite charge of the electron wires could be small and the protons could be anchored to usual minus charged atoms that overlap. And my overlap PC with this diet is more insubstantial!
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