Contact: Chris Bourne cbourne [at] nagoya-u.jp, bourne.christopher.jack.x7 [at] f.mail.nagoya-u.ac.jp
Office Hours: Tuesday, 11:00-13:00 or by appointment.
Location: Room 419, Humanities Common Facility Building (A4② on the Campus Map)
授業の参加・受講は大歓迎です！友達と一緒に参加すると，英語での授業のハードルが低くなり，授業も楽しくなると思います．またNU-EMIプロジェクトのおかげで，留学生のチューターによるサポートが無料で提供されています．以下の動画をご覧ください．
Bright (受講した経験), NU-EMI Projectの紹介
Lecture summary notes (incomplete, will be continually updated)
Introduction and linear algebra review
Basic postulates of quantum mechanics
Quantum states, evolution and measurement
Entanglement
Quantum circuits, algorithms and computation
Introduction to quantum operations and information theory
Further applications
この科目は英語で行います．
授業は量子情報・量子計算に用いられる数学の基礎の入門です．線形代数を枠組みとして量子力学の原則を学び，量子ビット（qubit）という量子情報の最小単位を導入します．数学的な性質，物理学や量子計算への応用も考察し，量子ビットでの情報通信の仕方は古典の情報通信との違いやメリットを理解する目標です．
Some Japanese terminology (work in progress)
M. A. Nielsen & I. L. Chuang: Quantum Computation and Quantum Information. Cambridge University Press, 2010.
W. Scherer. Mathematics of Quantum Computing. Springer, 2019.
Lecture notes by Scott Aaronson
Lecture notes by Des Johnston and Bernd Schroers
Lecture notes by John Preskill
MIT Open Library course about Quantum Information Science
Quantum Country (interactive/online textbook by Andy Matuschak and Michael Nielsen)
Link (will be continually updated). Solutions to linear algebra questions.
Note that, for now, these submissions are limited to reports that are not solutions to exercises in the problem sheet.
WU Jiaxi - Notes on the trace
WU Jiaxi - Introduction to tensors
Ding Muyan - Distinguishability and Spin