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Optical-Force-Driven Sorting by Quantum Properties
Coherence‑Driven Plasmonics: Hot Carriers for Efficient Energy Conversion
Nonlocal Theory of Near-Field Nanospectroscopy
Optical Vortices and Chiral Matter
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Hajime Ishihara
Mamoru Tamura
Takashi Mii
Soshun Inoue
Miho Kuramochi
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Research
Optical-Force-Driven Sorting by Quantum Properties
Coherence‑Driven Plasmonics: Hot Carriers for Efficient Energy Conversion
Nonlocal Theory of Near-Field Nanospectroscopy
Optical Vortices and Chiral Matter
Members
Hajime Ishihara
Mamoru Tamura
Takashi Mii
Soshun Inoue
Miho Kuramochi
Publications
Conference & Meeting
News
Projects
Research
Optical-Force-Driven Sorting by Quantum Properties
Coherence‑Driven Plasmonics: Hot Carriers for Efficient Energy Conversion
Nonlocal Theory of Near-Field Nanospectroscopy
Optical Vortices and Chiral Matter
Members
Hajime Ishihara
Mamoru Tamura
Takashi Mii
Soshun Inoue
Miho Kuramochi
Publications
Conference & Meeting
News
Projects
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Coherence‑Driven Plasmonics: Hot Carriers for Efficient Energy Conversion
Coherence‑Driven Plasmonics: Hot Carriers for Efficient Energy Conversion
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