Atomic-Scale Electronics Beyond CMOS 3030605620, 9783030605629
This book explores emerging topics in atomic- and nano-scale electronics after the era of Moore’s Law, covering both the
251 74 7MB
English Pages 221 [227] Year 2020
Table of contents :
Preface
Contents
1 Materials at Atomic Scale
1.1 Atomically Thin Materials
1.1.1 2D Materials Growth and Electrical Contacts
1.1.2 Physical Properties of 2D Materials
1.2 Atom-Like Structures Fabrication by Bonds, Dopants and Artificial Lattices
References
2 Atomic Electronics
References
3 Nanoelectronic Devices Enriching Moore’s Law
3.1 FETs for Enhancing Moore’s Law
3.1.1 Ballistic Transistors and Devices
3.1.2 2D-Materials Based Transistors
3.1.3 Ferroelectric Transistors and Devices Based on Thin Film Ferroelectrics
3.1.4 Phase-Change Transistors
3.1.5 Tunneling Transistors
3.2 Quantum Dots
3.3 Memories
3.4 Memristors
3.4.1 Filament Memristors
3.4.2 Semiconductor Memristors
3.5 Phase-Change Materials (PCMs) Memories
3.6 High-Frequency Devices Based on Atomically-Thin Materials
References
4 Quantum Computing
4.1 The Physical Basis of Quantum Computation
4.1.1 Bits and the Qubits
4.1.2 The Processing and Measurement of Qubits
4.1.3 Logical Quantum Gates
References
5 Neuromorphic Computation
5.1 Brain-Like Computation
5.2 Synaptic Electronics
References
6 Perspectives
References
Index
Preface
Contents
1 Materials at Atomic Scale
1.1 Atomically Thin Materials
1.1.1 2D Materials Growth and Electrical Contacts
1.1.2 Physical Properties of 2D Materials
1.2 Atom-Like Structures Fabrication by Bonds, Dopants and Artificial Lattices
References
2 Atomic Electronics
References
3 Nanoelectronic Devices Enriching Moore’s Law
3.1 FETs for Enhancing Moore’s Law
3.1.1 Ballistic Transistors and Devices
3.1.2 2D-Materials Based Transistors
3.1.3 Ferroelectric Transistors and Devices Based on Thin Film Ferroelectrics
3.1.4 Phase-Change Transistors
3.1.5 Tunneling Transistors
3.2 Quantum Dots
3.3 Memories
3.4 Memristors
3.4.1 Filament Memristors
3.4.2 Semiconductor Memristors
3.5 Phase-Change Materials (PCMs) Memories
3.6 High-Frequency Devices Based on Atomically-Thin Materials
References
4 Quantum Computing
4.1 The Physical Basis of Quantum Computation
4.1.1 Bits and the Qubits
4.1.2 The Processing and Measurement of Qubits
4.1.3 Logical Quantum Gates
References
5 Neuromorphic Computation
5.1 Brain-Like Computation
5.2 Synaptic Electronics
References
6 Perspectives
References
Index
- Author / Uploaded
- Mircea Dragoman
- Daniela Dragoman
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- Technique
- Electronics: Electronics
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