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  1. A simple new approach to plastic solar cells

    Osaka University researchers built on their previous work to develop new advanced organic polymer. When applied in the solar cells, the polymers formed as ...

    存在位置 Research Info / 2018
  2. Mind your speed: A magnetic brake on proton acceleration

    An international research team led by Osaka University studied high-energy protons emitted from laser-bombarded solids. Recent studies found that higher laser ...

    存在位置 Research Info / 2018
  3. Direct observation of topology hidden inside materials 存在位置 Research Info / 2018
  4. Scientists discover the secret behind the stability of carbon isotopes

    An international research collaboration led by Osaka University has provided experimental and theoretical evidence for the existence of the magic number of six ...

    存在位置 Research Info / 2018
  5. AI Software Assists Design of New Material for Solar Cells

    Researchers from Osaka University used machine learning to design new polymers for organic photovoltaics (solar cells). After mining data from previous ...

    存在位置 Research Info / 2018
  6. Could a particle accelerator using laser-driven implosion become a reality?

    Scientists discovered a novel particle acceleration mechanism called ‘micro-bubble implosion,’ in which super-high energy hydrogen ions (relativistic protons) ...

    存在位置 Research Info / 2018
  7. Hope for New Catalysts with High Activity

    Osaka University scientists elucidated the activation mechanism of NPG catalysts that made poisonous CO gas harmless.

    存在位置 Research Info / 2018
  8. Porous materials shed light on environmental purification

    An international collaboration between Osaka University, Japan, and the University of Castilla, Spain, developed stable single-crystalline porous ...

    存在位置 Research Info / 2018
  9. Rays of hope for development of materials for 3D displays and medical applications

    Scientists at Osaka University aligned two hexahelicenes in various orientations, theoretically examined, and proposed that S- and X-shaped double ...

    存在位置 Research Info / 2018
  10. Brain function partly replicated by nanomaterials

    Osaka University-centered researchers created extremely dense, random SWNT/POM network molecular neuromorphic devices, generating spontaneous spikes similar to ...

    存在位置 Research Info / 2018
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