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Optical-Fiber Based Single-Photon Light Source At Room Temperature For Next-Generation Quantum Processing

Optical-Fiber Based Single-Photon Light Source At Room Temperature For Next-Generation Quantum Processing
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Mark sadgroveKaito shimizuKaoru sanakaKae nemotoOkinawa institute of scienceTokyo university of scienceTechnology graduate universityPhysical review appliedAssociate professor kaoru sanakaTokyo universityProfessor mark sadgroveProfessor kae nemotoOkinawa instituteNobel prize

Nanotechnology Now - Press Release: Optical-fiber based single-photon light source at room temperature for next-generation quantum processing: Ytterbium-doped optical fibers are expected to pave the way for cost-effective quantum technologies

Nanotechnology Now - Press Release: Optical-fiber based single-photon light source at room temperature for next-generation quantum processing: Ytterbium-doped optical fibers are expected to pave the way for cost-effective quantum technologies
nanotech-now.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from nanotech-now.com Daily Mail and Mail on Sunday newspapers.

Mark sadgroveKaoru sanakaHiroshi matsudaKae nemotoKaito shimizuStudy on magnetic force microscopyResearchers at leipzig universityTokyo university of scienceUniversity of tokyoTechnology graduate universityWave incUniversity of warsawQuantum electronicsOkinawa institute of scienceHome pressTokyo university

Optical-Fiber based Single-Photon Light Source at Room Temperature for Next-Generation Quantum Processing

Single-photon emitters quantum mechanically connect quantum bits (or qubits) between nodes in quantum networks. They are typically made by embedding rare-earth elements in optical fibers at extremely low temperatures. Now, researchers from Japan, led by Associate Professor Kaoru Sanaka from Tokyo University of Science, have developed an ytterbium-doped optical fiber at room temperature. By avoiding…

Kaito shimizuKae nemotoKaoru sanakaMark sadgroveTokyo university of scienceTechnology graduate universityOkinawa institute of scienceSingle photon light sourceRoom temperatureNext generation quantumAssociate professor kaoru sanakaTokyo universityPhysical review appliedProfessor mark sadgroveProfessor kae nemotoOkinawa institute

Unveiling Single-Photon Emission in Ytterbium-Doped Fiber

The capacity of quantum-based systems is quick in computing and stronger in encryption for computation and communication systems.

Kaito shimizuSkyla bailyKaoru sanakaMark sadgroveKae nemotoDepartment of physicsTokyo university of scienceOkinawa institute of scienceTechnology graduate universitySingle photon emissionYtterbium doped fiberPhysical review appliedAssociate professor kaoru sanakaTokyo universityProfessor mark sadgroveProfessor kae nemoto

Room-Temperature Optical-Fiber Unlocks Next-Gen Quantum Processing

Room-Temperature Optical-Fiber Unlocks Next-Gen Quantum Processing
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Kae nemotoKaoru sanakaKaito shimizuMark sadgroveTokyo university of scienceOkinawa institute of scienceQuantum electronicsTechnology graduate universityUniversity of tokyoPhysical review appliedAssociate professor kaoru sanakaTokyo universityProfessor mark sadgroveProfessor kae nemotoOkinawa instituteNobel prize