Innovation News Network brings you the latest research and innovation news from the fields of science, environment, energy, critical raw materials, technology, and electric vehicles.
Lofdal: A tier-1 heavy rare earth project in development
Discover how Namibia Critical Metals is rapidly accelerating development of its flagship Lofdal rare earth project in Namibia.
The OptiDrill project is optimising geothermal drilling operations with Machine Learning
OptiDrill project is developing a real-time advisory system to overcome the socio-techno-economic uncertainties of deep geothermal drilling.
Water Resource Innovation Challenge launched to solve mining’s water management issues
The Water Resource Innovation Challenge 2023 aims to solve water management challenges in the mining and metals industry.
Paris Agreement goals will be missed without legally binding net-zero policies
A new study has revealed that without fully implementing legally binding and well-planned net-zero policies, it is likely that global climate goals set out...
UK and US establish Atlantic Declaration to strengthen technology, energy, and EV supply chains
The UK and the US have announced the Atlantic Declaration to strengthen technological, energy, and electric vehicle capabilities.
What are the benefits of electrifying ride-hailing services?
A new study has found that electrifying ride-hailing services would only provide modest benefits to society.
Looking inside irradiated steel
Learn how technology is allowing us to ‘look inside’ irradiated steels to determine the durability of a nuclear structure.
Resouro’s large-tonnage, high-grade titanium-rare earth project in Brazil
Resouro’s rare earth project will help to meet the rising demand for the materials required for the transition to clean energy.
Why do heavy quarks get caught up in the flow?
Learn about the new calculation that will help physicists interpret experimental data to better understand the interactions of heavy quarks.
Unique jet structure of brightest gamma-ray burst explored in new study
Why did the afterglow of the brightest gamma-ray burst of all time remain visible for so long after the event?