Apple's iPhone 17 Air may last longer on a charge that it would with existing tech, thanks to silicon batteries that pack 15% ...

The innovation delivers faster charging, higher energy density, with extreme durability – even in the most challenging ...

GM's LMR battery, using lithium metal silicon, aims for better range and charging than current EVs, potentially outperforming ...

The upcoming all-new ultra-thin iPhone 17 Air could become the first Apple smartphone to adopt advanced battery technology, ...

Falcon Energy Materials plc (TSX-V: FLCN) ("Falcon" or the "Company") wishes to address a recent revocation of certain exploration and exploitation permits by a decree signed by the ...

Falcon unequivocally denounces this decree as illegal and wholly inconsistent with both the letter and spirit of Guinean mining legislation. The Company will pursue all available legal remedies in ...

The rumored iPhone 17 Air has created buzz with the prospect of a slimmed-down iPhone. But one nagging question has lingered: ...

Silicon-carbon batteries are showing how our phones can last longer, and the tech is set to get even better next year.

The upcoming ultra-thin iPhone 17 Air, rumored to measure a mere 5.5mm at its slimmest point, could become one of the first of Apple’s smartphones to adopt advanced silicon-anode batteries.

Graphite India Ltd. key Products/Revenue Segments include Graphite Electrodes Anodes & Miscl., Graphite Equipments, Calcined Petroleum Coke, High Speed Steel, Others, Export Incentives, GRP Pipes, ...

Silicon-anode battery technology can be applied to a range of cell sizes for use in a variety of products, from gadgets to electric vehicles. TDK's battery subsidiary Amperex Technology Ltd. is the ...