International membrane consortium on research and education strives for sustainable and carbon-neutral societies

Mind the seismic gap: Understanding earthquake types in Guerrero, Mexico

Building resilient lifelines with both hard and soft countermeasures

A beginner’s question led to breakthrough

Next-generation hazard maps to help society change and enhance disaster resilience

A user manual for yeast’s genetic switches

Pre-seed funding to recolor the world greener

From superconductivity to hydrogen: Bridging research to forge the future

Bioengineered yeast mass produces herbal medicine

Measuring how much wood a wood shuck shucks with all-new wood shuck food

A venue for dialogue with citizens initiated in the wake of the Great Hanshin-Awaji Earthquake

International consortium on ‘Mie-tronics’: a new emerging field of nanophotonics

Creating an international innovation hub for engineering biology

A flexible and efficient DC power converter for sustainable-energy microgrids

What is the goal of the newly established Faculty of System Informatics?

A microbial plastic factory for high-quality green plastic

A high-boost and high-efficiency DC power converter

Preparing for future disasters by looking at past ones

Structural color ink: Printable, non-iridescent and lightweight

Developing a Nano-Antenna that Forms a Near Field of Circularly Polarized Light

Leading Membrane Science and Technology through Academic–Industrial Partnerships and International Joint Research

An International Platform for unique silicon-based nanomaterial applications

Rekindling Recollections of Places Affected by the 2011 Great East Japan Earthquake

Bioengineering to Achieve Carbon Neutrality

Bioproduction Breakthrough: New method for developing Pichia pastoris yeast strains with high productivity of useful proteins

New photocatalytic membrane that can be cleaned using light energy

Long-lasting colors of the future?

Tyrosine chassis for sustainable, high-yield production of useful compounds in yeast smart cells

Discovery of new phenomenon a game-changer for efficient bioproduction of useful chemicals

New highly efficient wave-based acoustics simulation for large architectural spaces could revolutionize acoustic design