日本テレビ「1億人の大質問!?笑ってコラえて！」でOISTの学生が取材されました ３度目となる笑ってこらえて!OIST特集。関根麻里さんと桝太一さんが、OISTの学生４名の「Good for Planet」に関する研究を密着しました。 TVerで無料でご視聴いただけます。 https://tver.jp/episodes/epz1ehr090 Date: 05 June 2024 Category: TV Media Source: 日本テレビ Share on: Related Media Coverage In the Media Image of the Day The science news website Live Science featured a photo from Prof. Nic Chormaic’s unit research in its Image of the Day on November 6, a gallery of amazing photos from around the world. In the Media World’s Largest Neural Network Simulation The world's largest neural network simulation project, involving Prof. Kenji Doya and Dr. Jun Igarashi in the OIST Neural Computation Unit, has been picked up by several overseas media recently. In the Media Build-A-Nanoparticle Article in Overseas Media Anna Ikarashi's most recent OIST Web article, Build-A-Nanoparticle, about a research paper by Prof. In the Media Goodbye Pinholes, Hello Press The Pinholes Be Gone! story has been picked up by overseas media, including: Science Daily In the Media Quantum Middleman New article based on research by the Quantum Dynamics Unit, about a system that could store quantum information for longer times, has been picked up by the following overseas media:
In the Media Image of the Day The science news website Live Science featured a photo from Prof. Nic Chormaic’s unit research in its Image of the Day on November 6, a gallery of amazing photos from around the world.
In the Media World’s Largest Neural Network Simulation The world's largest neural network simulation project, involving Prof. Kenji Doya and Dr. Jun Igarashi in the OIST Neural Computation Unit, has been picked up by several overseas media recently.
In the Media Build-A-Nanoparticle Article in Overseas Media Anna Ikarashi's most recent OIST Web article, Build-A-Nanoparticle, about a research paper by Prof.
In the Media Goodbye Pinholes, Hello Press The Pinholes Be Gone! story has been picked up by overseas media, including: Science Daily
In the Media Quantum Middleman New article based on research by the Quantum Dynamics Unit, about a system that could store quantum information for longer times, has been picked up by the following overseas media:
