QUANTUM MECHANICAL EFFECTS ON MOSFET SCALING LIMIT: Challenges and Opportunies for Nanoscale CMOS

In a landscape where CMOS technology is relentlessly evolving, the limits of traditional scaling methods are becoming increasingly challenged by quantum mechanical effects. Lihui Wang dives into the complex interplay between nanoscale design and these emerging quantum phenomena, shedding light on the hurdles that engineers face as they push the boundaries of device miniaturization.

As transistors shrink, fundamental physical principles begin to blur, leading to unexpected obstacles that could hinder performance. Wang not only addresses these challenges but also uncovers the potential opportunities that can arise from understanding and harnessing quantum effects. Through an insightful exploration, this work offers a critical perspective for researchers and practitioners aiming to navigate the future of semiconductor technology.