ok my understanding of what bandwidth is how much "Electricity" can you transmit though a pipeline of copper or optical fibers... small bandwidth = small cables... right? this is my theory..
if i get a 1mm in Diameter of a pure copper pole and than isolate it in a "inner dielectric insulator" have the excess "current" shielded off from a weaved copper surrounding the insulation and than have a plastic coating over it and than :
---------------------------\
--------6mm in Di-------|--[converted to a normal RG6 coax]--------> modem or what ever...
---------------------------/
i would image that doing this would kinda make like a "pool" of current and when it reaches the the smaller connection it than kinda increases the overall momentum of the electrical current... (a DAM with a tiny hole... get what im trying to explain?). but than again i would also image that do this could cause a collision of current (2 cars cant fit in on lane road so they crash) this would cause data lose or am i wrong?
would this work for increase of bandwidth?
if i get a 1mm in Diameter of a pure copper pole and than isolate it in a "inner dielectric insulator" have the excess "current" shielded off from a weaved copper surrounding the insulation and than have a plastic coating over it and than :
---------------------------\
--------6mm in Di-------|--[converted to a normal RG6 coax]--------> modem or what ever...
---------------------------/
i would image that doing this would kinda make like a "pool" of current and when it reaches the the smaller connection it than kinda increases the overall momentum of the electrical current... (a DAM with a tiny hole... get what im trying to explain?). but than again i would also image that do this could cause a collision of current (2 cars cant fit in on lane road so they crash) this would cause data lose or am i wrong?
would this work for increase of bandwidth?