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Top News In Tokyo Tech Today - Breaking & Trending Today

NTT achieves 300GHz-band high-speed data transmission with beamforming - Vimarsana News

NTT achieves 300GHz-band high-speed data transmission with beamforming

Foundation established for instantaneous transmission of ultra-high-capacity data to 6G mobile devices

Study provides new insights into the mechanism of Dmc1 filament assembly - Vimarsana News

Study provides new insights into the mechanism of Dmc1 filament assembly

Homologous recombination (HR) is an important process that plays multiple crucial roles during meiosis, a type of cell cycle dedicated to sexual reproduction.

6G Breakthrough: NTT Achieves 300 GHz Band High-Speed Data Transmission with Beamforming - Vimarsana News

6G Breakthrough: NTT Achieves 300 GHz Band High-Speed Data Transmission with Beamforming

Establishes foundation for instantaneous transmission of ultra-high-capacity data to mobile devices

NTT Corporation and Tokyo Institute of Technology Announces the Successful Demonstration of a Phased-Aclased-Acre transmitter Module to Enable Immediate Ultra-High Capacity Data Transmission to Mobile Receives - Vimarsana News

NTT Corporation and Tokyo Institute of Technology Announces the Successful Demonstration of a Phased-Aclased-Acre transmitter Module to Enable Immediate Ultra-High Capacity Data Transmission to Mobile Receives

NTT Corporation and researchers with the Tokyo Institute of Technology announced the successful demonstration of a phased-array transmitter module to enable instantaneous ultra-high capacity data...

New Design Rule for High-Entropy Superionic Solid-State Conductors - Vimarsana News

New Design Rule for High-Entropy Superionic Solid-State Conductors

Solid electrolytes with high lithium-ion conductivity can be designed for millimeter-thick battery electrodes by increasing the complexity of their composite superionic crystals, report researchers from Tokyo Tech.

Source: azom.com