Improving Sodium-Ion Batteries with Mechanically Robust Nanocellular Graphene
New method for crack-free nanocellular graphene helps improve the performance and flexibility of Na-Ion batteries
Articles by Tohoku University
Good as Gold—Improving Infectious Disease Testing with Gold Nanoparticles
New method called self-organized precipitation allows for more efficient use of AU-NP in disease ?detection techniques
A Step towards Next-Generation Magnetic Devices That Control Light
Breakthrough method uses laser heating to create transparent magnetic materials
High-Speed Electrical Readout Method for Graphene Nanodevices
Researchers outline improvements to radio-frequency reflectometry using graphene
Fighting Friction to Protect Machinery
Exploring the potential of "morphing surfaces" and artificial intelligence to improve the lifespan of materials
From Bits to P-bits: One Step Closer to Probabilistic Computing
Probabilistic computing would function at room temperature and infer potential answers from complex input
Micro-Engineered Electrodes Could Cut Battery Manufacturing Costs
Sodium-ion batteries could eventually outperform lithium-ion ones
The Bigger the Temperature Change, the Larger the Extinction Event, Reveals Researcher
New research finds correlation between mass extinctions and global temperature changes
A 4 V-Class Metal-Free Organic Lithium-Ion Battery Gets Closer to Reality
Organic batteries use more abundant elements, have greater potential capacity than conventional lithium-ion batteries
New Protein Discovery Reveals the Mechanisms of Nitrogen Assimilation in Plants
This research could help encourage plant growth and improve biomass production