Tohoku University’s UREX-Tohoku Project is an ambitious plan to establish a world-class research ecosystem by empowering early and mid-career researchers and attracting global talent. It is backed by substantial funding from the government’s Universities for International Research Excellence initiative.
As Japan’s first university selected for the initiative, Tohoku University will receive 15.4 billion JPY (approximately 100 million USD) this fiscal year, and some 10 billion JPY annually for the next 25 years.
At the core of the UREX-Tohoku Project is the implementation of a comprehensive tenure-track system that will enable exceptional researchers to lead high-impact projects as Principal Investigators. This new flat and flexible research system comes with more freedom and independence for PIs to develop their own research.
"At Tohoku University, researchers can have more freedom to explore new ideas, and we will encourage collaboration that can help create new research fields," explains Executive Vice President for Research, Asako Sugimoto. "Nothing is impossible, every idea has a chance of developing into something real. And whatever your background is, whatever your gender or nationality, as long as you have an idea and you join our community, we will help you achieve your goal."
To attract top-tier global talent, Tohoku University is offering:
Researchers interested in being part of the UREX-Tohoku Project should have a look at the list of open positions or contact the Tohoku University Human Capital Management (HCM) Office for more information.
Following a two-year process, the Japanese government has officially approved Tohoku University's Research System Strengthening Plan.
The symposium showcased the university's ambitious plans to establish a world-class research environment by attracting top talent from Japan and abroad.
Tohoku University is developing modular AI robot systems to realise a lunar outpost where humans can live on the moon.
This pilot programme allows users to select virtual bus stops through a dedicated app, and is part of the university's efforts to achieve carbon neutrality on campus.
The annual gathering is a networking and mentoring opportunity for the university's female researchers, students and faculty members.
Another viral merch drop motivated students to line up hours before doors would open - all for a chance at getting a Kenichi plushie.
Just sprinkle it on top and wait 10 seconds! That is all it takes for this new fluorescent probe to show active brain synapses.
Nonlinear quantum dynamics are complicated, but they don't have to be. A new, real-time simulation demystifies these unusual dynamics.
The industrial process often leads to excess heat going to waste and being able to store heat is critical to reaching carbon neutrality.
Machine learning potential can create accurate, large-scale models of catalytic activity for a reaction that turns carbon dioxide into a sustainable energy source.
