BOOKS - Nanoscale Computing The Journey Beyond CMOS with Nanomagnetic Logic
Nanoscale Computing The Journey Beyond CMOS with Nanomagnetic Logic - Santhosh Sivasubramani 2025 PDF Wiley-IEEE Press BOOKS
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Nanoscale Computing The Journey Beyond CMOS with Nanomagnetic Logic
Author: Santhosh Sivasubramani
Year: 2025
Pages: 410
Format: PDF
File size: 10.1 MB
Language: ENG



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Nanoscale computing is a rapidly evolving field that seeks to develop new technologies beyond traditional complementary metal-oxide-semiconductor (CMOS) transistors. One such technology is nanomagnetic logic, which uses magnetic fields to control the flow of information in computing systems. This book provides an overview of the journey of nanoscale computing, exploring its potential to revolutionize the way we think about computing and its implications for the future of technology. The book begins by discussing the limitations of CMOS technology and the need for a new paradigm in computing. It then delves into the principles of nanomagnetic logic, explaining how it works and the challenges associated with its development. The authors describe the current state of research in this area and highlight the key players and their contributions to the field. They also discuss the potential applications of nanomagnetic logic, including its use in quantum computing, neuromorphic computing, and spintronics. The book then examines the challenges facing the development of nanomagnetic logic, such as the difficulty of scaling down to the nanoscale and the need for better materials and fabrication techniques.
Наноразмерные вычисления - это быстро развивающаяся область, которая стремится разрабатывать новые технологии, выходящие за рамки традиционных комплементарных транзисторов металл-оксид-полупроводник (CMOS). Одной из таких технологий является наномагнитная логика, которая использует магнитные поля для управления потоком информации в вычислительных системах. Эта книга представляет собой обзор путешествия наноразмерных вычислений, исследуя их потенциал, чтобы революционизировать то, как мы думаем о вычислениях, и его последствия для будущего технологий. Книга начинается с обсуждения ограничений КМОП-технологии и необходимости новой парадигмы в вычислительной технике. Затем он углубляется в принципы наномагнитной логики, объясняя, как она работает, и проблемы, связанные с ее развитием. Авторы описывают текущее состояние исследований в этой области и выделяют ключевых игроков и их вклад в эту область. Они также обсуждают потенциальные применения наномагнитной логики, включая её использование в квантовых вычислениях, нейроморфных вычислениях и спинтронике. Затем в книге рассматриваются проблемы, стоящие перед разработкой наномагнитной логики, такие как сложность масштабирования до наномасштаба и необходимость в более качественных материалах и методах изготовления.
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