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Quantum Transport: An Introduction to Nanoscience and Nanoscale Electronics
"Quantum transport represents the study of how charge, spin, and heat move through materials at the nanometer scale, where the classical laws of physics—like Ohm's Law—give way to quantum mechanical effects. In this regime, electrons behave as waves rather than particles, leading to phenomena like conductance quantization, tunneling, and interference. Understanding these principles is essential for developing next-generation semiconductors, quantum computers, and molecular electronics. The Shift from Classical to Quantum Transport As of 2026, the semiconductor industry has pushed transistor dimensions well below the 3-nanometer mark. At these..."
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