Researchers at the Chinese Academy of Sciences have engineered a light-driven micromotor capable of ...

As common as uranium is in the ground around us, the world’s oceans contain a thousand times more uranium (~4.5 billion tons) than can be mined today. This makes extracting uranium as well as other ...

Global nuclear energy generation is expected to reach record levels in 2025, leading to an increased demand for uranium and a need for innovative extraction methods. Chinese scientists have developed ...

Scientists at the Qinghai Institute of Salt Lakes in China have developed microscopic material ...

A team of scientists has developed a groundbreaking material that dramatically boosts the ability to extract uranium from seawater, addressing one of the key challenges in the sustainable development ...

Satellite imagery shows Pyongsan uranium refinery undergoing upgrades, freight activity, and expanding waste deposits in April 2026.

The study has confirmed the project’s potential to become a significant uranium operation and complements the company’s production at the Kayelekera uranium project, in Malawi. The production schedule ...

Advisor: Sukesh Aghara, Ph.D., Professor, Chemical (Nuclear) Engineer, University of Massachusetts Lowell Tejaswini Vaidya, Ph.D., Post Doc Research Associate ...