Chiba University
AI Just Made Wireless Charging Way Smarter
No wires. No fluctuations. Just pure, stable wireless power.
Forecasting Space Weather With the Power of X-Ray Vision
A new approach to detect and measure breaches in Earth’s protective magnetic barrier.
Scientists develop a novel spectroscopic technique to enhance OLED efficiency and longevity
Investigating charge behavior in multilayer OLEDs using a laser spectroscopic technique.
Clay could power the future of screens
This eco-friendly approach tackles sustainability by using natural clay instead of synthetic materials.
Advancement in solid-State Optical Cooling with Quantum Dots
In a recent study, researchers from Chiba University have proposed a promising approach for solid-state optical cooling using quantum dots based on perovskite materials....
Silkworm moth’s odor detection may improve technologies in robotics
A study offers new insights into odor source localization technologies in robotics.
Developing advanced carbon dioxide-absorbing building materials
Carbon dioxide absorption using cement-based materials.
Satellite data help guide plans for solar power plants
Insights from satellite data pave the way to better solar power generation.
Using aerosols to detect climate change
Using aerosols to understand changes in transboundary air pollution pathways due to climate changes.
Novel foldable pouch actuators improve soft rehabilitation glove design
A new design holds promise in clinical hand rehabilitation applications.
Advancing our knowledge of early human embryo growth
Differences in gene activity in reprogrammed human 8-Cell-like cells.
Matter makes up 31% of the total amount of matter and energy in the universe
A research team relies on measuring the number of galaxy members to determine the mass of galaxy clusters.
New technique uses laser to slice semiconductors from diamonds
A pivotal step toward making diamonds a suitable semiconductor material for future technologies.
New urea-based metal-free system allows high-density data storage
This work will pave the way for lightweight flexible electronic devices.