Content by Tohoku University
New method for crack-free nanocellular graphene helps improve the performance and flexibility of Na-Ion batteries
| 2 min read
New method called self-organized precipitation allows for more efficient use of AU-NP in disease ?detection techniques
| 2 min read
Breakthrough method uses laser heating to create transparent magnetic materials
| 2 min read
Researchers outline improvements to radio-frequency reflectometry using graphene
| 2 min read
Exploring the potential of "morphing surfaces" and artificial intelligence to improve the lifespan of materials
| 2 min read
Probabilistic computing would function at room temperature and infer potential answers from complex input
| 2 min read
Sodium-ion batteries could eventually outperform lithium-ion ones
| 2 min read
New research finds correlation between mass extinctions and global temperature changes
| 2 min read
Organic batteries use more abundant elements, have greater potential capacity than conventional lithium-ion batteries
| 2 min read
This research could help encourage plant growth and improve biomass production
| 2 min read
The research could lead to more efficient reuse of industrial waste heat
| 2 min read
The research team addressed limitations of current technology by pioneering a hybrid device that fused two different technologies
| 2 min read
Recent findings provide researchers with a better knowledge of the melting of the Greenland ice sheet
| 3 min read
Despite a growing interest in polymer-based neuromorphic devices, researchers have yet to establish an effective method for controlling the response speed of devices
| 2 min read
Some trans fats enhance a pathway inside the cell that leads to cell death; drugs targeting this mechanism could help address diseases associated with these fats
| 2 min read
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