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Episode 403: THE POLITICS OF POLIO
Google Versus xAI AI Compute Scaling
OpenAI Releases O3 Model With High Performance and High Cost
WE FOUND OUT WHAT THE DRONES ARE!! ft. Dr. Steven Greer
"I am Exposing the Whole Damn Thing!" (MIND BLOWING!!!!) | Randall Carlson
Researchers reveal how humans could regenerate lost body parts
Antimatter Propulsion Is Still Far Away, But It Could Change Everything
Meet Rudolph Diesel, inventor of the diesel engine
China Looks To Build The Largest Human-Made Object In Space
Ferries, Planes Line up to Purchase 'Solar Diesel' a Cutting-Edge Low-Carbon Fuel...
"UK scientists have created an everlasting battery in a diamond
First look at jet-powered VTOL X-plane for DARPA program
Billions of People Could Benefit from This Breakthrough in Desalination That Ensures...
Tiny Wankel engine packs a power punch above its weight class
Lithium batteries started an avalanche of innovation when they became widely available, largely because they could hold significantly more energy by weight than other contemporary chemistries. Touchscreen smartphones, drones, all-day laptops, long-range electric cars and the first generation of battery-powered aircraft were some of the results.
But more energy storage is always better – you can either make things last longer, or weigh less – and manufacturers have been racing to raise the bar with next-gen battery technologies. One key metric in the aviation world is specific energy – the amount of energy stored per kilogram of battery, and CATL says it's ready to set a new benchmark.