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  1. Development of high-precision THz time-domain ellipsometry for wide-gap semiconductors 存在位置 Research Info / 2021
  2. Accessing high-spins in an artificial atom

    Osaka University researchers devise a method for measuring the high-spin state of up to four electrons confined on a tiny gallium arsenide quantum dot. This ...

    存在位置 Research Info / 2021
  3. Dominant factor of carrier transport mechanism in multilayer graphene nanoribbons revealed

    A research team led by Osaka University precisely set the number of layers in multilayer graphene nanoribbons, controlling the semiconducting and metallic ...

    存在位置 Research Info / 2021
  4. Nondestructive characterization technique helps gallium nitride crystal developments

    Osaka University researchers conducted a detailed multiphoton excitation photoluminescence (MPPL) analysis of gallium nitride (GaN) semiconductor substrates. ...

    存在位置 Research Info / 2021
  5. Silicon chip will drive next generation communications

    Osaka University and the University of Adelaide researchers have invented ultrasmall and ultrahigh-speed multiplexers that can separate and combine ...

    存在位置 Research Info / 2021
  6. From dinner to sustainable electronics, the surprising versatility of crabs

    Osaka University researchers have developed 3D porous nanocarbon materials through the pyrolysis of chitin nanofiber papers derived from crab shells. The ...

    存在位置 Research Info / 2021
  7. Terahertz accelerates beyond 5G towards 6G

    Researchers at Osaka University demonstrate wireless transmission of uncompressed full-resolution 8K video using terahertz waves, accelerating research and ...

    存在位置 Research Info / 2021
  8. Advanced measurement technology for future semiconductor devices

    A team of researchers led by Osaka University investigated beta-gallium oxide (β-Ga2O3), an emerging semiconductor for next-generation power devices, using an ...

    存在位置 Research Info / 2021
  9. Exciting times for efficient heavy-atom-free OLEDs

    An international team including researchers from Osaka University has created an OLED material that combines the mechanisms of thermally activated delayed ...

    存在位置 Research Info / 2021
  10. Does one size does fit all? A new model for organic semiconductors

    A team including researchers from Osaka University has used a single rubrene crystal to investigate the room temperature behavior of organic single crystals, ...

    存在位置 Research Info / 2019
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