Phys. Rev. D 108, 125016
Harunobu Fujimura's Homepage
This site presents my research interests, CV, publications, and presentations.
PROFILE
I am a theoretical physicist working on quantum many-body systems and quantum field theory, with a particular focus on quantum entanglement and non-equilibrium dynamics from the perspective of quantum information theory.
BIOGRAPHY
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2024.4–present
JSPS Research Fellowships for Young Scientists (DC1)"Quantum Computing Approaches to the Dynamics of Quantum Field Theory" ▶ Grant No. 24KJ1637
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2024.4–present
Ph.D. Program, Department of Physics, Graduate School of Science, The University of OsakaDoctoral Course
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2023.4–present
The University of Osaka Honors Program for Graduate Schools in Science, Engineering and Informatics ▶ Website
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2023.4–2024.3
The University of Osaka Fellowship QLEAR (Quantum Leader Resources) ▶ Website
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2022.4–2024.3
Master’s Program, Department of Physics, Graduate School of Science, The University of OsakaMaster's course
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2018.4–2022.3
Department of Physics, School of Science, The University of Osaka ValedictorianUndergraduate Student
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2015.4–2018.3
Shiga Prefectural Higashiohtsu High School, General CourseHigh school student
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1999.8
Born in Shiga, Japan
RESEARCH
I study quantum entanglement in quantum many-body systems and quantum field theory, which extends the framework of quantum mechanics.
Non-equilibrium and open quantum systems often exhibit novel and counterintuitive phenomena. I investigate quantum dynamics using theoretical physics and quantum information theory.
I explore applications of quantum computing to quantum many-body systems and quantum field theory, aiming to solve problems that are difficult for classical computation.
PUBLICATIONS
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2023.12.15"Entanglement Rényi entropy and boson-fermion duality in the massless Thirring model"Harunobu Fujimura, Tatsuma Nishioka, Soichiro Shimamori
Phys. Rev. D 108, 125016 -
2025.9.6"Entanglement Asymmetry and Quantum Mpemba Effect for Non-Abelian Global Symmetry"Harunobu Fujimura, Soichiro Shimamori
PRESENTATIONS
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2025.12.24Title: "Entanglement Asymmetryに対する量⼦アルゴリズムの探究"
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2025.12.2-4Title: "⾮可換対称性における量⼦Mpemba効果"
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2025.11.17-18Title: "Entanglement asymmetry in Wess-Zumino-Witten model"
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2025.11.12-14Title: "Entanglement Asymmetry and Quantum Mpemba Effect for Non-Abelian Global Symmetry"
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2025.9.16-19Title: "Wess-Zumino-Witten modelにおけるentanglement asymmetryの解析"
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2025.6.11Title: "Predicting many properties of a quantum system from very few measurements"
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2025.5.28-30Title: "相互作⽤を含む相対論的量⼦論におけるエンタングルメントRényiエントロピーの厳密計算"
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2025.3.10-14Group Seminar (Student Research Exchange)
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2025.2.28Title: "Entanglement Rényi entropy and boson-fermion duality in massless Thirring model"
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2024.11.14-15Title: "Entanglement Rényi entropy and boson-fermion duality in massless Thirring model"
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2024.11.14-15HET Camp 2024@The University of OsakaTitle: "Quantum entanglement for detecting non-invertible symmetry breaking"
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2024.6.5Title: "Quantum Simulation of Chiral Phase Transitions"
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2024.3.18-21Title: "ボソン/フェルミオン双対性を⽤いた相互作⽤を含むエンタングルメントRényiエントロピーの解析"
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2023.10.14Title: "Entanglement Rényi entropy and boson-fermion duality in massless Thirring model"
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2023.10.10-13Title: "相互作用を含む場の量子論のRényiエントロピーの解析"
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2023.9.26-27Title: "Entanglement Rényi entropy and boson-fermion duality in massless Thirring model"
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2023.8.17-21Title: "Fermionizationを⽤いた相互作⽤を含むEntanglement Rényi Entropyの解析"
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2023.2.13-17Title: "Quantum simulation for screening and confinement in the Schwinger model with topological term"(Review)
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2022.10.15Title: "Random vector models"
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2019.9.30
Awards
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Nov. 2025Outstanding Presentation Award, HET Camp 2025 (Internal Workshop)Awarded to students who delivered outstanding research presentations.
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Sep. 2023Awarded to students who delivered outstanding research presentations.
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Mar. 2022Kusumoto Award, The University of Osaka ValedictorianAwarded to one outstanding student from each department; selected as the university-wide valedictorian among all faculties.
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Mar. 2022Awarded to outstanding students in the School of Science.
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Dec. 2019Awarded to students with excellent academic performance.
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Sep. 2019Best Performance Award, Mathematical and Physical Sciences Honors Program, The University of OsakaAwarded to students who conducted outstanding research in the honors program for undergraduate students.
OTHERS
TEACHING EXPERIENCE
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Apr. 2025 – Aug. 2025
Quantum Mechanics II (Teaching Fellow)For third-year undergraduate students, Department of Physics, Faculty of Science
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Oct. 2023 – Mar. 2024
Science and Technology Honors Program (Teaching Assistant)Research supervision for second-year undergraduate students, Department of Physics, Faculty of Science
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Oct. 2023 – Feb. 2024
Advanced Electromagnetism I (Teaching Assistant)For first-year undergraduate students, Center for Education in Liberal Arts and Sciences
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Apr. 2023 – Aug. 2023
Electromagnetism I (Teaching Assistant)For second-year undergraduate students, Department of Physics, Faculty of Science
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Oct. 2022 – Feb. 2023
Advanced Mechanics II (Teaching Assistant)For first-year undergraduate students, Center for Education in Liberal Arts and Sciences
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Apr. 2022 – Aug. 2022
Advanced Mechanics I (Teaching Assistant)For first-year undergraduate students, Center for Education in Liberal Arts and Sciences
ORGANIZATION OF CONFERENCE
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Oct. 26, 2024
Research workshop aimed at promoting interaction among students in the Kansai region
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Sep. 26–27, 2023
Internal research workshop