Toward the realization of smaller, more economical, and more efficient quantum computers!
Title Image SP:
<plone.namedfile.file.NamedBlobImage object at 0x7f177525bdd0 oid 0x6d97a7 in <Connection at 7f1869f15790>>
Announcement Date
2025-06-23
Research Highlight
engineering
Term Index
{'items': [{'description': {'blocks': [{'key': 'cpgf0', 'text': 'A computer that performs calculations using quantum mechanical phenomena that atoms and electrons follow. Algorithms have been proposed that use quantum computers to quickly solve problems that are thought to be difficult to handle by using conventional computers, such as simulations of the electronic state in materials and prime factorization. Toward the realization, research is being conducted using various methods, including superconductivity, neutral atoms, and light.', 'type': 'unstyled', 'depth': 0, 'inlineStyleRanges': [], 'entityRanges': [], 'data': {}}], 'entityMap': {}}, 'key': '6nbr3', 'term': 'Quantum computer'}, {'description': {'blocks': [{'key': 'fi8m7', 'text': 'A basic information unit in a quantum computer. It has a property of being able to simultaneously have the states 0 and 1 (superposition state) that is unique to quantum mechanics.', 'type': 'unstyled', 'depth': 0, 'inlineStyleRanges': [], 'entityRanges': [], 'data': {}}], 'entityMap': {}}, 'key': '7spep', 'term': 'Qubits'}, {'description': {'blocks': [{'key': 'bec7r', 'text': 'A method that detects and corrects errors by combining multiple qubits to form a single qubit, in order to ensure correct calculation results.', 'type': 'unstyled', 'depth': 0, 'inlineStyleRanges': [], 'entityRanges': [], 'data': {}}], 'entityMap': {}}, 'key': '6re6q', 'term': 'Quantum error correction'}, {'description': {'blocks': [{'key': '41t59', 'text': 'A method or device to capture ionized atoms in a vacuum by using an electric or magnetic field. By using multiple ions trapped in a vacuum as qubits, the quantum operations required for quantum computers are possible.', 'type': 'unstyled', 'depth': 0, 'inlineStyleRanges': [], 'entityRanges': [], 'data': {}}], 'entityMap': {}}, 'key': 'a0j27', 'term': 'Ion trap'}, {'description': {'blocks': [{'key': '4r496', 'text': 'An energy level arises from the interaction between the nucleus and electrons within atomic energy levels.', 'type': 'unstyled', 'depth': 0, 'inlineStyleRanges': [], 'entityRanges': [], 'data': {}}], 'entityMap': {}}, 'key': '2a375', 'term': 'Hyperfine structure levels'}]}
Departments
Related Teachers
['Koichiro Miyanishi']
Teacher Comment
With the support of the Moonshot Research and Development Program, and Adopting Sustainable Partnerships for Innovative Research Ecosystem (ASPIRE), I worked on several research themes at Oxford University for one year. The results are the culmination of the technology and knowledge I have steadily accumulated by working with experimental equipment every day. I hope to bring these experiences and lessons back to Japan and contribute to the further development of trapped-ion quantum computers.
Teacher Image
Teacher Name
MIYANISHI Koichiro
Teacher Position
Associate Professor (Lecturer)
Teacher Division1
Center for Quantum Information and Quantum Biology
Teacher Division2
Teacher URL
https://rd.iai.osaka-u.ac.jp/en/20431b4a70acb933.html
