Gate-controllable two-dimensional transition metal dichalcogenides for spintronic memory
The rapid advancement of technologies like artificial intelligence (AI) and the Internet of Things (IoT) has heightened the ...
Why are rubies red and emeralds green? Their colors come from the same metal in their atomic structure
The colors of rubies and emeralds are so striking that they define shades of red and green—ruby red and emerald green. But ...
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Transition Metals to raise $300K via private placement
Transition Metals (TSXV:XTM:CA) intends to raise $300K by way of a non brokered private placement. The offering will consist of 4M critical flow through shares at a price of $0.075 per share for ...
China restricts metal exports in response to US tariffs. Why they're important.
China hits back at U.S. tariffs by restricting export of crucial metals: tungsten, tellurium, bismuth, molybdenum and indium.
Rubies and emeralds get their colours from a common metal
Both rubies and emeralds are minerals, which is a type of rock with a consistent chemical composition and a highly ordered ...
Critical Metal Demand To Triple By 2030, But Demographics Pose Risks
Energy transition reshaping mining industry, demand for critical minerals to triple by 2030 and quadruple by 2040. Copper remains key for clean energy, while nickel faces oversupply issues. Zinc and ...
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Transition Metals Secures Dessert Lake, a District-Scale Uranium Play in Northwest Territories, Canada
Company has secured exclusive rights to stake mining claims within the >700 km2 Dessert Lake Basin in the NWT, Canada Area covers hidden ...
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“Dome-Shaped" Superconducting Phase Discovered in a Novel Transition Metal Zirconide
Researchers at Tokyo Metropolitan University have discovered a novel superconducting material by synthesizing a new transition metal zirconide with varying iron-to-nickel ratios. The study was ...
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Two-dimensional materials articles from across Nature Portfolio
The electrochemical oxidation of transition metal dichalcogenides generates 2D transition metal oxychalcogenides, offering enhanced stability and activity for electrochemical water oxidation.