Laboratory of The oretical Quantum Physics
Exploring the frontiers of quantum physics
It is necessary to design nanoscale structures (atom and molecule levels) while making quantum or next-generation nano devices. To realize the desired properties, it is essential to build up theories based on quantum mechanics. Based on such theories, our laboratory is establishing guidelines to control existing properties and predict the emergence of new properties and phenomena. We are constantly conducting mutually beneficial joint researches with other entities engaged in experiments.
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Affiliation
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Materials Science and Engineering
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Faculty Name
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TAKAGAHARA, Toshihide
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Academic Society
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The Physical Society of Japan The Optical Society |
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Keyword
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Nanotechnologies, Next-generation semiconductors, Quantum physics, Optoelectronics, Physics, Theories
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Study Fields
Physics
Applied physics
Quantum optics
Quantum physics
Materials science and engineering
Applied physics
Quantum optics
Quantum physics
Materials science and engineering
For Society
Quantum technologies are penetrating society as evidenced by the development of the linear motor car that uses superconductivity, quantum cryptography that can never be wiretapped and the super precise optical lattice clock. We aim to contribute to society by accelerating this trend.
Research Themes
- Research on controlling the combination of photons, electrons and nuclear spins in a quantum state
- Research on the nano structures of semiconductors to efficiently use solar energy
- Research on the new optical properties of nanophotonics or in the terahertz range.