• スキャフォールド(足場)の電子顕微鏡画像

    電子顕微鏡で撮影したスキャフォールドは、再生するニューロンの伸展方向を誘導する構造に設計されている。...

  • Confocal image of neurons penetrating the scaffold

    The neurons successfully grew into scaffold and were imaged using a confocal microscope. The neurons are colored according to their depth in the scaff...

  • 3D confocal images of neurons on scaffold

    The researchers managed to culture sensory neurons on top of the scaffolds, visualized here using a confocal microscope. ...

  • Nanoscribe 3D printing machine

    The Nanoscribe printing machine uses 2-photon lithography to print and then harden polymer to form specifically designed structures. ...

  • Electron micrograph of scaffold

    The scaffold, imaged using an electron microscope, is structurally designed to help guide regenerating neurons. Image A: scale bar = 100 µm. Image B:...

  • Hybrid quantum devices, spin-based quantum information technology

    Research Projects   The Hybrid Quantum Device team is pursuing the following projects, all of which are hardware physics and e...

  • Yuimaru Kubo joined STG

    Since May 2021, Yuimaru Kubo joined STG! He will pursue quantum information hardware technology research based on spins in gem crystals.&...

  • Hybrid Quantum Device Team

      Welcome to the page of the Hybrid Quantum Device Team! We are a diverse team with a wide variety of backgrounds and expertise. At OIST,...

  • Yuimaru Kubo

    Yuimaru (Yui) Kubo completed his undergraduate study at the University of Tsukuba in March 2004.  His senior thesis project was on cr...

  • 膜のない液滴

    ポリエチレングリコール(PEG)というポリマーとウシ血清アルブミンというタンパク質を緩衝液中で混ぜ合わせ...