For 15 years, the DSTI-NRF Centre for High Resolution Transmission Electron Microscopy (CHRTEM) at Nelson Mandela University has explored the atomic and nanoscale ...

A “super ice” that is 10 times stronger and far harder to shatter could be a future building material, say scientists.

Researchers have identified an electron-beam deposition method on freshly cleaved graphite that produces large, uniformly ...

The prevalence of kidney stones has doubled in the past 30 years. Academic researchers are searching for better solutions for ...

There are many ways to observe mitochondria now, aren't there? But in reality, every technique inevitably has some trade-offs ...

Ames crater under Oklahoma has been shown to be nearly 100 million years younger than thought, and is now dated at 370 ...

Researchers say the reinforced ice is still a proof of concept but could one day be used to build in the Arctic and Antarctic. The post ‘Super ice’ 10 times stronger, bends instead of shattering ...

Explore EDGE at Hastings Contemporary, showcasing the connection between land and sea through compelling video and ...

TCT speaks to Paul Brackman, X-ray Product Manager for ZEISS Research & Quality Solutions USA, about how ZEISS is supporting ...

PLCL elastomer containing 2 wt% graphene that elongated by 163% before breaking and heated from 24.2 °C to 50.6 °C within 60 ...

Julian Klein and Frances Ross explain how electron microscopes are becoming tools for engineering defects inside crystalline materials.

A study that promised to transform the way concrete handles water and stress has been struck from the scientific record. The ...