「有機分子からは磁性をもつ物質はできない」という化学や物理学の常識を覆した「有機強磁性」 の概念およびそのモデル有機高スピン分子の研究を内外で最も早くから行い、 その成果を発展させて「スピン化学」／「スピン化学物理」の体系化と分子性・ 有機磁性をベースとした新規な磁気量子効果／スピンマグネティクスの研究を理論と実験の両面から行っています。 「有機磁性」（分子磁性ともいう）は、化学、物理学、高分子科学、 生物学を横断する最新の学際領域(inter- or multi-disciplinary area)であるばかりでなく、 その潜在的応用面から有機磁性がもつ量子機能発現の多様性が注目される次世代の「未来基礎技術」 の一つ(スピニクス)といわれるものです。分子性・有機磁性／スピン化学は、 学問領域としては文字どおり最新の「ボーダーレスの科学」としての特徴をますます強くしています。
- 先端電子スピンサイエンス
- 分子磁性
- 電子磁気共鳴テクノロジー
- 分子スピンバッテリー
- 量子サイバネティクス
- 分子スピン量子コンピュータ
研究交流
Seminar
2019
- Joonsuk Huh, Sungkyunkwan University, Korea
“Towards the non-Condon quantum simulation with quantum optics”
March 28, 2019 - Yasuhiro Kobori, Kobe University, Japan
“Three-Dimension Visualizations of Electron Spin Polarization for Elucidating Photo-Energy Conversion Mechanisms”
March 28, 2019 - Kiminori Maeda, Saitama University, Japan
“Probing and controlling transient radical pairs by static and arbitrarily generated RF magnetic field”
March 28, 2019 - Tim Gould, Queensland Micro- and Nano-technology Centre, Griffith University, Australia
“Optimising quantum chemistry for quantum computers – can ensemble density functional theory help?”
March 28, 2019 - Kenji Sugisaki, Osaka City University, Japan
“Studies of Spin Properties of Open Shell Molecules on Quantum Computers”
March 28, 2019 - Bijaya Kumar Sahoo, Physical Research Laboratory, Ahmedabad, India
“Advances in Relativistic Atomic Coupled-Cluster Theory for High Precision Calculations”
March 28, 2019 - Jarrod McClean, Google, USA
“Advances in using NISQ devices towards intractable chemistry simulations”
March 28, 2019 - Bhanu Pratap Das, Tokyo Institute of Technology, Japan
“Relativistic Unitary Coupled Cluster Theory and Prospects for Quantum Computing”
March 28, 2019
2018
- Christopher W. M. Kay, University of Saarland, Germany & University College London, UK
“Room-Temperature, Solid-State Masers”
November 8, 2018 - Evgeny Tretyakov, N.N.Vorozhtsov Novosibirsk Institute of Organic Chemistry SB RAS, Russia
“Design of High Spin Molecules and Magnetic Polymers”
August 29, 2018 - James D. Whitfield, Dartmouth College, USA
“Fermionic algebras for quantum computing”
March 30, 2018 - Joonsuk Huh, Sungkyunkwan University, Korea
“Quantum optics with Gaussian states: Application to molecular vibronic spectroscopy at finite temperature”
March 30, 2018 - Hiroyuki Nakashima, Quantum Chemistry Research Institute, Japan
“Solving the Schrödinger Equations: Variational and Exact Calculations of Small Atoms and Diatomic Molecules by the Free Complement Theory”
March 29, 2018 - Makoto Negoro, Osaka University, Japan
“Quantum Information Processing with Molecules”
March 29, 2018 - Yudong Cao, Harvard University, USA
“Recent Developments in Variational Quantum Algorithms”
March 29, 2018 - Yusaku Kurokawa, Quantum Chemistry Research Institute, Japan
“Solving the Schrödinger Equations: Development of the Free Complement Variational Theory and its Applications to Diatomic Molecules”
March 29, 2018
2017
- Prof. Konstantin Ivanov, International Tomography Center, SB RAS
“Sensitive detection of level anti-crossing spectra of nitrogen-vacancy centers in diamond”
November 16, 2017 - Prof. Matvey Fedin, International Tomography Center, SB RAS
“Applications of EPR in MOF research”
November 16, 2017 - Prof. Elena Bagryanskaya, N.N.Vorozhtsov Novosibirsk Institute of Organic Chemistry, SB RAS
“Pulse Dipole EPR measurements at Ambitient Temperature”
November 16, 2017 - Dr. Ryan Babbush, Google Inc., Venice, CA, USA
“Towards Practical Quantum Chemistry on a Quantum Computer”
March 29, 2017 - Dr. Hiroyuki Nakashima, Quantum Chemistry Research Institute, Kyoto, Japan
“Solving the Non-BO Schrödinger equations and analytical potential curves of small molecules with the free complement method”
March 29, 2017 - Dr. Jarrod McClean, Lawrence Berkeley National Laboratory, Berkeley, CA, USA
“Hybrid quantum-classical computation for chemistry and materials”
March 29, 2017 - Dr. Yusaku Kurokawa, Quantum Chemistry Research Institute, Kyoto, Japan
“Solving the Schrödinger Equation of Harmonium Systems with the Free-Complement Local-Schrödinger-Equation method”
March 29, 2017 - Dr. Satoru Yamamoto, Graduate School of Science, Osaka City University”Computational Control and Measurement Approaches for Electron Spin Resonance Based Quantum Computers”
March 29, 2017 - Dr. Kenji Sugisaki, Graduate School of Science, Osaka City University
“Quantum chemical calculations of open shell molecules on quantum computers”
March 29, 2017 - Prof. Joonsuk Huh, Department of Chemistry, Sungkyunkwan University, Seoul, Korea
“Quantum simulation of molecular spectroscopy”
March 30, 2017 - Mr. Atsuroh Hiroe, Watson Division, IBM Japan, Ltd., Tokyo, Japan
“What can Watson do in the university education and administration?”
March 30, 2017
研究室メンバー
これまでの主なプロジェクト
- 大阪市立大学新戦略的研究(平成24年度)
分子スピン二次電池を基軸とする分子科学の展開
- 内閣府 最先端研究開発支援プログラム(FIRST) 「量子情報処理プロジェクト」(平成21-25年度)
スピン量子コンピューター - 文部科学省「元素戦略プロジェクト」(平成21-25年度)
有機分子を活物質に用いた二次電池の高性能化と充放電機構の解明 - 文部科学省 新学術領域研究（領域提案型）「量子サイバネティクス」(平成21-25年度)
分子スピン量子制御