Can magnetic fields control motion remotely? Scientists study piezoelectric materials for future uses in medicine and advanced technology.
Is traditional chromatography holding back scientific progress? See how 3D printing is making chemical separation faster, more precise and cost-effective.
How can we tackle the microplastic threat in water? A microrobot can remove microplastics even in low sunlight conditions, offering a potential solution.
Are material improvements enough to stabilize prices? Integrating computational chemistry with econophysics offers new ways to reduce price fluctuations.
SyncLMKD introduces a dynamic, real-time solution to synchronize Digital Twin entities, solving key robotics challenges across industries.
Smarter cell sorting: NEVACS uses event cameras and neural networks to analyse cells dynamically, reshaping diagnostics and research.
A new acid-tolerant material improves CO₂ electrolysis efficiency. How could this breakthrough impact industries striving for carbon neutrality?
Could thermal initiators in 3D printing revolutionise the industry? This method promises cost savings and enhanced safety for a range of applications.
Performance bottlenecks in advanced printed electronics arise where nanomaterials meet. How can we effectively measure resistances at such a tiny scale?
Inspired by electric fish, researchers created a navigation system using active and passive electrolocation, offering a strong alternative to sonar and GPS.