How is Antarctica melting, exactly? Crucial details are beginning to come into focus 
Anthropic Reportedly Taps Wilson Sonsini as It Prepares for a Potential 2026 IPO 
Swimming in the sweet spot: how marine animals save energy on long journeys 
BOJ Governor Ueda Highlights Uncertainty Over Future Interest Rate Hikes 
Dollar Holds Steady as Markets Shift Focus to 2026 Rate Cut Expectations 
As the Black Summer megafires neared, people rallied to save wildlife and domestic animals. But it came at a real cost 
Visa to Move European Headquarters to London’s Canary Wharf 
Thousands of satellites are due to burn up in the atmosphere every year – damaging the ozone layer and changing the climate 
Microchip Technology Boosts Q3 Outlook on Strong Bookings Momentum 
What’s so special about Ukraine’s minerals? A geologist explains 
Asian Currencies Steady as Markets Await Fed Rate Decision; Indian Rupee Hits New Record Low 
USPS Expands Electric Vehicle Fleet as Nationwide Transition Accelerates 
China Urged to Prioritize Economy Over Territorial Ambitions, Says Taiwan’s President Lai 
Ukraine minerals deal: the idea that natural resource extraction can build peace has been around for decades 
Wolfspeed, Inc. has partnered to supply Silicon Carbide semiconductors to Jaguar Land Rover’s next-generation electric vehicles.
Wolfspeed’s advanced Silicon Carbide technology will be used in the vehicles’ inverter, managing the transfer of power from the battery to the electric motors.
The Silicon Carbide semiconductor technology will be integral to the electrification of its next-generation Range Rover, Discovery, Defender, and Jaguar vehicles.
The semiconductors, which would increase powertrain efficiency and extend driving range, will be available in RangeRover vehicles from 2024, and the new all-electric Jaguar brand the following year.
Jaguar Land Rover is transforming into an electric-first business aiming to become carbon net zero across its supply chain, products, services, and operations by 2039.
Wolfspeed’s advanced Silicon Carbide technology will be used specifically in the vehicles’ inverter, managing the transfer of power from the battery to the electric motors.
The first Range Rover vehicles with this advanced technology will be available in 2024, and the new all-electric Jaguar brand the following year.
