When this simpler relation is applied to three phenomena, including the single-electron tunneling effect, it has been suggested as a means of closing the quantum metrological triangle.
When this simpler relation is applied to three phenomena, including the single-electron tunneling effect, it has been suggested as a means of closing the quantum metrological triangle. It was verified by George Chrystal and a similar relation was devised by Henry Cavendish, years before its originator's concept of contiguous particles. Its thermodynamic equivalent equates heat flow to the thermal conductivity times the difference in absolute temperature, and no device is known to satisfy it beyond any limit. Stating that the potential difference across an ideal conductor is proportional to the current through it, or that I equals V over R, FTP, name this simple law of electrical resistance.
When this simpler relation is applied to three phenomena, including the single-electron tunneling effect, it has been suggested as a means of closing the quantum metrological triangle.
{Ohm}’s Law