Recent Conference Presentations by Ueda Group Members
Ueda Group members recently presented their work on tensor-network isometrization and quantum-classical algorithms at several international and domestic conferences.
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Research
The Ueda Group focuses on tensor network methods, quantum many-body physics, quantum algorithms, and quantum-classical hybrid computation.
We develop numerical and theoretical methods for strongly correlated systems, quantum entanglement, variational quantum computation, and quantum-HPC hybrid workflows.
Our research connects condensed matter physics, quantum information, and high-performance computing.
Research Topics
Tensor Networks: Development and optimization of tensor network methods for quantum and classical many-body systems.
Quantum Algorithms: Design of quantum algorithms inspired by entanglement structures and tensor network representations.
Quantum-Classical Hybrid Computation: Variational quantum algorithms, tensor-network ansätze, and hybrid workflows for near-term quantum devices.
Quantum HPC: Integration of quantum computing, high-performance computing, and numerical many-body methods.
Recent Publications
(2026).
Visualization of Entanglement Geometry by Structural Optimization of Tree Tensor Network.
Proceedings of the 34th IUPAP Conference on Computational Physics, Springer Proceedings in Physics 356, 117–126 (2026).
(2026).
Isometrization of Tensor Network States via Gauge Propagation.
arXiv:2606.22816 [cond-mat.str-el].
(2026).
Critical phenomena on a 3D fractal with intermediate dimensionality: tensor-network study.
npj Spintronics 4, 29 (2026).
(2026).
Detection of Planck-scale physics facilitated by nonlinear quantum optics.
Physical Review A 113, 053526 (2026).
(2026).
High-Precision Variational Quantum SVD via Classical Orthogonality Correction.
arXiv:2605.08683 [quant-ph].
Recent News
Recent Publications by Ueda Group Members
Recent publications involving Ueda Group members have appeared in npj Spintronics, Physical Review A, and Springer Proceedings in Physics.
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1 min read
ZiYi Yang Presents FrontierLab Research on Failure-Aware Quantum Simulation
ZiYi Yang presented his FrontierLab research on light-cone-based quantum circuit learning for reliable real-time simulation of one-dimensional spin chains.
Zhiyu Jiang Presents at the 13th TCCT Quantum Control Workshop
Zhiyu Jiang gave a talk on isometrization of tensor-network states via gauge propagation at the 13th TCCT Quantum Control Workshop.
New arXiv Paper by Jiang and Ueda
A new paper on isometrization of tensor-network states via gauge propagation has been posted on arXiv.