USP Field Theory: Alignment Cone, Conductivity, and Structural Propagation Limits

This document explores conductivity from the perspective of USP Field Theory, redefining electric current not as the movement of particles, but as a wave-based alignment of spin-loop structures across atomic lattices. It introduces the concept of cone-shaped alignment propagation, explains structural behavior in conductors and semiconductors, and highlights failure limits due to geometric constraints. The work also reinterprets common components—resistors, capacitors, diodes, LEDs, and transistors—as field-based alignment behaviors. A comparison chart contrasts the traditional vs. USP interpretation of first-time current delays in semiconductors.