Yoshiro Hirayama,
Kazuhiko Hirakawa,
Hiroshi Yamaguchi
Quantum Hybrid Electronics and Materials
Paperback Engels 2023 9789811912030Levertijd ongeveer 9 werkdagen
Gratis verzonden
Samenvatting
This book highlights recent advances in quantum control technologies with regard to hybrid quantum systems. It addresses the following topics: phonon engineering based on phononic crystals, carbon-based nano materials like graphene and nanotubes, Terahertz light technology for single-molecule and quantum dots, nuclear-spin-based metrology for semiconductor quantum systems, quantum anomalous Hall effect in magnetic topological insulators, chiral three-dimensional photonic crystals, and bio-inspired magnonic systems. Each topic, as a component in the framework of hybrid quantum systems, is concisely presented by experts at the forefront of the field. Accordingly, the book offers a valuable asset, and will help readers find advanced technologies and materials suitable for their purposes.
Specificaties
ISBN13:9789811912030
Taal:Engels
Bindwijze:paperback
Uitgever:Springer Nature Singapore
Lezersrecensies
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Inhoudsopgave
Chapter 1: Diversity of hybrid quantum systems
Authored by Yoshiro Hirayama (Tohoku University)
Chapter 2: Phonon engineering for quantum hybrid systems
Authored by Masahiro Nomura and Roman Anufriev (The University of Tokyo)
Chapter 3: Phonon engineering of graphene by structural modification
Authord by Takayuki Arie (Osaka Prefecture University)
Chapter 4: On-chip wave manipulation enabled by an electromechanical phononic crystal waveguide
Authored by Daiki Hatanaka, Megumi Kurosu, and Hiroshi Yamaguchi (NTT Basic Research Labs.)
Chapter 5: Electron and Phonon Transport Simulation for Quantum Hybrid Electronics
Authored by Nobuya Mori (Osaka University)
Chapter 6: Strain science and engineering in graphene
Authored by Akinobu Kanda and Hikari Tomori (Tsukuba University)
Chapter 7: Carbon nanotubes for hybrid quantum system: Material and properties
Authored by Yutaka Ohno (Nagoya University)
Chapter 8: Suspended carbon nanotubes for quantum hybrid electronics
Authored by Yoshikazu Homma, Takumi Inaba and Shohei Chiashi (Tokyo University of Science)
Chapter 9: Quantum effects in carbon nanotubes: Effects of curvature, finite-length and topological properties
Authored by Wataru Izumida (Tohoku University)
Chapter 10: Synthesis of nanocarbon materials from solid templates for quantum hybrid electronics
Authored by Ryota Negishi and Yoshihiro Kobayashi (Osaka University)
Chapter 11: Quantum anomalous Hall effect in magnetic topological insulator
Authored by Minoru Kawamura (RIKEN)
Chapter 12: Terahertz electronic and vibronic dynamics at the single molecule level
Authored by Kazuhiko Hirakawa (The University of Tokyo)
Chapter 13: Novel phonon generator and photon detector by single electron transport in quantum dots
Authored by Mikio Eto (Keio University)
Chapter 14: Hyperfine-mediated quantum transport in a one dimensional channel
Authored by Mohammad H. Fauzi and Yoshiro Hirayama (Tohoku University)
Chapter 15: Microscopic observation of quantum Hall systems involving edge, bulk localized, and hyperfine-coupled states
Authored by Katsushi Hashimoto, Toru Tomimatsu, and Yoshiro Hirayama (Tohoku University)
Chapter 16: Semiconductor chiral photonic crystal for controlling circularly polarized vacuum field
Authored by Satoshi Iwamoto, Shun Takahashi, Yasuhiko Arakawa (The University of Tokyo)
Chapter 17: Hybrid structure of semiconductor quantum well superlattice and quantum dot
Authored by Kouichi Akahane (NICT)
Chapter 18: Magnonics coupled with spin fluctuation inspired by the bio systems
Authored by Hitoshi TABATA (The University of Tokyo)
Authored by Yoshiro Hirayama (Tohoku University)
Chapter 2: Phonon engineering for quantum hybrid systems
Authored by Masahiro Nomura and Roman Anufriev (The University of Tokyo)
Chapter 3: Phonon engineering of graphene by structural modification
Authord by Takayuki Arie (Osaka Prefecture University)
Chapter 4: On-chip wave manipulation enabled by an electromechanical phononic crystal waveguide
Authored by Daiki Hatanaka, Megumi Kurosu, and Hiroshi Yamaguchi (NTT Basic Research Labs.)
Chapter 5: Electron and Phonon Transport Simulation for Quantum Hybrid Electronics
Authored by Nobuya Mori (Osaka University)
Chapter 6: Strain science and engineering in graphene
Authored by Akinobu Kanda and Hikari Tomori (Tsukuba University)
Chapter 7: Carbon nanotubes for hybrid quantum system: Material and properties
Authored by Yutaka Ohno (Nagoya University)
Chapter 8: Suspended carbon nanotubes for quantum hybrid electronics
Authored by Yoshikazu Homma, Takumi Inaba and Shohei Chiashi (Tokyo University of Science)
Chapter 9: Quantum effects in carbon nanotubes: Effects of curvature, finite-length and topological properties
Authored by Wataru Izumida (Tohoku University)
Chapter 10: Synthesis of nanocarbon materials from solid templates for quantum hybrid electronics
Authored by Ryota Negishi and Yoshihiro Kobayashi (Osaka University)
Chapter 11: Quantum anomalous Hall effect in magnetic topological insulator
Authored by Minoru Kawamura (RIKEN)
Chapter 12: Terahertz electronic and vibronic dynamics at the single molecule level
Authored by Kazuhiko Hirakawa (The University of Tokyo)
Chapter 13: Novel phonon generator and photon detector by single electron transport in quantum dots
Authored by Mikio Eto (Keio University)
Chapter 14: Hyperfine-mediated quantum transport in a one dimensional channel
Authored by Mohammad H. Fauzi and Yoshiro Hirayama (Tohoku University)
Chapter 15: Microscopic observation of quantum Hall systems involving edge, bulk localized, and hyperfine-coupled states
Authored by Katsushi Hashimoto, Toru Tomimatsu, and Yoshiro Hirayama (Tohoku University)
Chapter 16: Semiconductor chiral photonic crystal for controlling circularly polarized vacuum field
Authored by Satoshi Iwamoto, Shun Takahashi, Yasuhiko Arakawa (The University of Tokyo)
Chapter 17: Hybrid structure of semiconductor quantum well superlattice and quantum dot
Authored by Kouichi Akahane (NICT)
Chapter 18: Magnonics coupled with spin fluctuation inspired by the bio systems
Authored by Hitoshi TABATA (The University of Tokyo)
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