東京大学 | UTokyo(@UTokyo_News) 's Twitter Profile Photo

Musical training can have physical effects on the structure of the human brain. A new study uncovers links between musical ability and parts of the brain usually associated with language. ow.ly/ZG3y50HrzlU

Musical training can have physical effects on the structure of the human brain. A new study uncovers links between musical ability and parts of the brain usually associated with language. #UTokyoResearch #SuzukiMethod ow.ly/ZG3y50HrzlU
account_circle
東京大学 | UTokyo(@UTokyo_News) 's Twitter Profile Photo

辰年を迎えるにあたり、研究者がこの神話上の生きものから発想を得て、ユニークな飛行型 を作り出すきっかけとなったことを振り返ってみましょう。龍のような は、空中で形を変え、捜索や救助に関連するさまざまなタスクを実行できます。 ow.ly/iGCy50QtqCJ

辰年を迎えるにあたり、研究者がこの神話上の生きものから発想を得て、ユニークな飛行型 #ロボット を作り出すきっかけとなったことを振り返ってみましょう。龍のような #ドローン は、空中で形を変え、捜索や救助に関連するさまざまなタスクを実行できます。#UTokyoResearch ow.ly/iGCy50QtqCJ
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

Archaeologists from the University of Tokyo announce the discovery of a part of a Roman villa buried by Mount Vesuvius built before the middle of the first century. Findings suggest it might have been the home of the first Roman Emperor. bit.ly/49XLNuu

Archaeologists from the University of Tokyo announce the discovery of a part of a Roman villa buried by Mount Vesuvius built before the middle of the first century. Findings suggest it might have been the home of  the first Roman Emperor. bit.ly/49XLNuu #UTokyoResearch
account_circle
東京大学 | UTokyo(@UTokyo_News) 's Twitter Profile Photo

Researchers created advanced algorithms to simulate novel devices. These devices could one day form the basis of a fast and secure quantum . ow.ly/69Gh50HrznF

Researchers created advanced #AI algorithms to simulate novel #quantum devices. These devices could one day form the basis of a fast and secure quantum #internet. #UTokyoResearch ow.ly/69Gh50HrznF
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

What we eat impacts our health and the environment. Many studies look at the impacts of diets in very general terms. A new study explores this issue following a more nuanced dish-level approach. bit.ly/43UfPOn

What we eat impacts our health and the environment. Many studies look at the impacts of diets in very general terms.  A new study explores this issue following a more nuanced dish-level approach. #UTokyoResearch bit.ly/43UfPOn
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

are nanoscale crystals capable of emitting light of different colors, but blue ones are notoriously hard to create. A new method based on self-organizing chemical structures offers a solution. ow.ly/pSpP50Lx5ox

account_circle
東京大学 | UTokyo(@UTokyo_News) 's Twitter Profile Photo

の溝口勝教授 東大農学部 は10年以上、福島県飯舘村に通い続けています。農家が自分でできる農地除染方法「までい工法」を考案しました。また近年は、農村地域の情報基盤整備にも力を入れます。その理由とは? u-tokyo.ac.jp/focus/ja/featu…

#東大  の溝口勝教授  @UTokyo_Agri   は10年以上、福島県飯舘村に通い続けています。農家が自分でできる農地除染方法「までい工法」を考案しました。また近年は、農村地域の情報基盤整備にも力を入れます。その理由とは? #東日本大震災 #UTokyoResearch u-tokyo.ac.jp/focus/ja/featu…
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

A new way to study , one of the building blocks of the protons and neutrons that make up atomic nuclei, is proposed. This has never been done before and doing so would help answer many fundamental questions in . ow.ly/1rZk50M3Yjn

A new way to study #quarks, one of the building blocks of the protons and neutrons that make up atomic nuclei, is proposed. This has never been done before and doing so would help answer many fundamental questions in #physics. #UTokyoResearch ow.ly/1rZk50M3Yjn
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

A new material made from nanoscale cellulose fibers is high in thermal conductivity. This makes it useful in areas previously dominated by synthetic polymers. ow.ly/H7xK50Lx5n7

A new material made from nanoscale cellulose fibers is high in thermal conductivity. This makes it useful in areas previously dominated by synthetic polymers. #UTokyoResearch #BioMaterials ow.ly/H7xK50Lx5n7
account_circle
東京大学 瀬崎・西山研究室 / Sezaki & Nishiyama Lab(@SezakiLab) 's Twitter Profile Photo

瀬崎研では,新型コロナウイルス感染症対策に向けての研究課題「感染症リスク早期把握・回避のためのIoTを用いた三密状態の自動・還元基盤の構築」に取り組んでおります!


iis.u-tokyo.ac.jp/ja/news/3328/?…

account_circle
FinnCERES(@FinnCERES) 's Twitter Profile Photo

Many thanks to Akira Isogai from the U of Tokyo for the contribution 'Biomass refinery-related fundamentals and applications' to the @HYBER_Aalto- Symposium today!

Many thanks to Akira Isogai from the U of Tokyo for the contribution 'Biomass refinery-related fundamentals and applications' to the @HYBER_Aalto-#FinnCERES Symposium today! #UTokyoResearch #cellulose #nanofibers #nanocrystals #itsaboutprocess
account_circle
Pedro Gaete(@PedroGaete1) 's Twitter Profile Photo

Muy interesante y cuando es dipolo permanente?

; )

Scientists recorded live cells responding to a magnetic field in the lab. u-tokyo.ac.jp/focus/en/press…
Published in PNASNews x.com/utokyo_news_en…

Muy interesante y cuando es dipolo permanente?

  ; )

Scientists recorded live cells responding to a magnetic field in the lab. u-tokyo.ac.jp/focus/en/press…
#UTokyoResearch #magnetoreception #AnimalMigration Published in @PNASNews  x.com/utokyo_news_en…
account_circle
UTokyo | 東京大学(@UTokyo_News_en) 's Twitter Profile Photo

Researchers have revealed the mechanism of a specific protein that plays a key role in balancing the immune response triggered by viral infections in mammal cells. The findings could help drive the development of nucleic acid medicines.
bit.ly/4aCNfnl

account_circle
張小花(@PrimaEddie7) 's Twitter Profile Photo

Farmers continuously seek to maximize their crop yields. A new approach uses drones and artificial intelligence to analyze individual plants to predict the optimal time to harvest.
u-tokyo.ac.jp/focus/en/press…

account_circle
Hannah Melville-Rea(@HannahMelRea) 's Twitter Profile Photo

Most of my research at this summer is pure data work, but today I had the chance to examine Tokyo Bay's water quality with my own eyes! ⛵️ NYUAD Research Research

Most of my research at #UTokyo this summer is pure data work, but today I had the chance to examine Tokyo Bay's water quality with my own eyes! ⛵️ @NYUADResearch #UTokyoResearch
account_circle