〈直言〉「閉じた大学、呪縛解け」 カリン・マルキデス氏 人類社会が地球規模の課題を乗り越えて成長するには高度な知的人材が欠かせない。大学の役割が問われる中、世界トップ級の研究者がそろう沖縄科学技術大学院大学（OIST）が昨年のノーベル賞を機に脚光を浴びている。注目の人物に迫る大型インタビュー第1回は1日付で就任したカリン・マルキデス学長に大学への提言を聞く。 Date: 18 June 2023 Category: Interview Media Source: 日本経済新聞（記事） Share on: Related Media Coverage In the Media More coverage ' Taming Oceans for 24/7 Power ' by Japanese media Our article Taming Oceans for 24/7 Power has been covered by Japanese media: In the Media OIST article 'Dancing on Ice' covered by international media Our new article Dancing on Ice has been covered by overseas media: In the Media Coverage on OIST "How the Ant Queen Gets Her Crown" Research OIST's story, "How the Ant Queen Gets Her Crown: Uncovering the Evolution of Queen-Worker Differences" has been covered in the following media o In the Media OIST Team Unveils Novel Sensor Nikhil Bhalla, Doojin Lee and Shivani Sathish from Professor Shen's Micro/Bio/Nanofluidics Unit have created a novel sensor capable of measuring both charge and mass of biomolecules that could help revolutionise healthcare dia In the Media An OIST Manganese-Based Catalyst In The News! The Coordination Chemistry and Catalysis Unit recently published a new catalyst for the hydrogenation of carbon dioxide (CO2) leading to chemicals useful in the industry (such as formic acid and formamide) and enabling energy storage technology.
In the Media More coverage ' Taming Oceans for 24/7 Power ' by Japanese media Our article Taming Oceans for 24/7 Power has been covered by Japanese media:
In the Media OIST article 'Dancing on Ice' covered by international media Our new article Dancing on Ice has been covered by overseas media:
In the Media Coverage on OIST "How the Ant Queen Gets Her Crown" Research OIST's story, "How the Ant Queen Gets Her Crown: Uncovering the Evolution of Queen-Worker Differences" has been covered in the following media o
In the Media OIST Team Unveils Novel Sensor Nikhil Bhalla, Doojin Lee and Shivani Sathish from Professor Shen's Micro/Bio/Nanofluidics Unit have created a novel sensor capable of measuring both charge and mass of biomolecules that could help revolutionise healthcare dia
In the Media An OIST Manganese-Based Catalyst In The News! The Coordination Chemistry and Catalysis Unit recently published a new catalyst for the hydrogenation of carbon dioxide (CO2) leading to chemicals useful in the industry (such as formic acid and formamide) and enabling energy storage technology.
