Search Results for: "Osaka University"

Mending hearts in three dimensions
A new way to produce hydrogen from water uses no expensive metals and absorbs a wider range of sunlight
New material absorbs visible and even near infrared light to produce hydrogen fuel
Discovered: 10 times more efficient hydrogen production
A green, safe, efficient and inexpensive hydrogen production system that operates at room temperature in air
Shrinking manufacturing time and cost of breath sensors for early disease detection
A robot microscope system that automatically tracks a freely moving small animal and manipulates its brain activity with projection mapping
Vision restored in rabbits following stem cell transplantation
Researchers develop key component for terahertz wireless
Future vaccine may help lower blood pressure long-term
New hope for malaria
Omni-Directional Spider Robot Asterisk
New Omni-Crawler can move in all directions
Elfoid: creepy mini-robot meets smartphone
The new harvester can amplify power generated from human walking vibrations by about 90 times while remaining as small as conventional harvesters. CREDIT Yoshimura, Osaka Metropolitan University
A vibration energy harvester amplifies human walking motion to enable self-charging wearable devices