The Ueda Group studies quantum many-body systems, tensor network methods, and quantum algorithms from the perspective of quantum entanglement and scalable computation.
Our research combines ideas from:
We actively collaborate with students, researchers, and international visitors from multiple departments and institutions.
The group particularly welcomes collaborations involving interdisciplinary approaches bridging physics, mathematics, computer science, and quantum computing.
The Ueda Group operates as an interdisciplinary and internationally connected research hub.
Rather than focusing on a single methodology, we explore the interplay between:
We place particular emphasis on:
Current projects include:
Representative publications:
The Ueda Group collaborates with students and researchers affiliated with multiple departments, universities, and international institutions.
Since QIQB itself does not directly grant degrees, students typically participate through:
We welcome highly motivated students interested in theoretical physics, tensor networks, quantum algorithms, scientific programming, and quantum information science.
Current and past collaborations include researchers and students from:
The group is based at the Center for Quantum Information and Quantum Biology (QIQB), The University of Osaka.
QIQB provides a highly interdisciplinary environment connecting physics, quantum information, quantum software, quantum devices, and computational science.
Members of the Ueda Group engage in collaborations involving:
The group also actively participates in domestic and international collaborations related to quantum computation and strongly correlated systems.
We encourage contact from researchers and students interested in:
Prior experience in tensor networks or quantum computing is not strictly required.
Curiosity, mathematical thinking, and enthusiasm for interdisciplinary research are highly valued.