Researchers from the Institute of Industrial Science, The University of Tokyo developed a platform that enables intraluminal inflation of human lung organoids, allowing quantitative measurement of lung compliance and modeling of lung stiffening diseases.

The Gulf of America is experiencing accelerated sea-level rise driven by ocean dynamics, vertical land motion and warming waters, intensifying flood risks for coastal communities – especially rural, under-resourced areas with limited planning capacity. A new four-year, $900,000 grant supports high-resolution modeling, machine learning and community engagement to deliver precise local projections, deploy water sensors and build an accessible AI platform, equipping communities with actionable forecasts to strengthen resilience and long-term adaptation.

Lasers cut precisely and without contact – ideal for surgery. The problem is that, in hard tissues such as bone, they are too slow and do not cut deep enough. Researchers at the University of Basel have now demonstrated a way to cut much deeper and faster with a surgical laser than with previous laser systems.