In the evolving landscape of copper mining, deposits are increasingly challenging to locate and extract. As deposits are found deeper underground, accessing these resources becomes more costly and ...

It has a prospective, nickel copper cobalt exploration portfolio, with its Montcalm project, which now covers approximately 100 km 2 adjacent to Glencore’s former Montcalm Mine with historical ...

The Company will be drill testing the Shaft Zone, SW Zone, and North Zone, which each have high conductivity and low resistivity responses coincident with nickel, copper, cobalt mineralization.

The Company will be drill testing the Shaft Zone, SW Zone, and North Zone, which each have high conductivity and low resistivity responses coincident with nickel, copper, cobalt mineralization. The ...

The world's first nuclear-diamond battery uses carbon-14, which has a half-life of 5,700 years, to power devices. When you purchase through links on our site, we may earn an affiliate commission.

Astute Metals (ASX:ASE) says it will focus on its copper-gold and lithium projects after selling its diamond assets in Western Australia to privately held JBJ Capital. Pursuant to the agreement, ...

Copper trading was febrile in 2024 attracting speculators well outside commodity circles who were desperate to connect the metal to what has become the ultimate market pump action – AI. AI data ...

Its origins date back to 18th-century Paris when King Louis XV commissioned his court jeweller to create a diamond that resembled the smile of his official chief mistress—the Marchioness (and la ...

Diamonds are commonly referred to as the hardest naturally occurring substance known to humankind. The chemical composition is extremely simple — carbon atoms, and nothing more. But the ...

Researchers from the University of Bristol and the UK Atomic Energy Authority (UKAEA) have created the world’s first carbon-14 diamond battery, with a shockingly long lifespan. The battery ...

In the pursuit of innovation, a group of scientists has achieved something remarkable: they’ve found a way to create “real” diamonds at normal room temperature and pressure. This breakthrough not only ...