Copper and nickel enhanced coordination nanosheets are a new class of 2D materials that have applications in electronic devices, batteries, and catalytic systems.

Stanford University researchers developed a new catalyst that increases the production of long-chain hydrocarbons from captured CO2.

Adamas Intelligence reports that 54% of battery capacity deployed onto roads globally in new plug-in electric vehicles was powered by high nickel cathode chemistries.

Japanese scientists found a way to use cobalt and manganese to produce hydrogen for fuel cells and agricultural fertilizers.

Ancient pieces of garnet, zircon and rutile found on the coast of Oman have given scientists a new understanding of subduction.

The promise of higher energy density batteries is making a growing number of companies focus on silicon and lithium-metal anode materials, IDTechEx reports.

Valuable rare earth elements have been recovered from waste at yields high enough to resolve issues for manufacturers while boosting their profits.

A new coring system has the potential to obtain and test "living" samples from the deep earth.

Adamas Intelligence reports that 2021 saw a record 286.2 GWh of passenger EV battery capacity deployed onto roads globally.

New research shows that coal power plants respond to regulatory practices by taking costly actions to reduce the variance of their input costs.

Researchers analyzed the portfolio risk characteristics and spillovers of precious metals commodities and equity markets across continents.

China will provide Argentina with more than $23 billion in financing for infrastructure projects and the Belt and Road initiative.