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President Trump Sues Leftist Media Outlets
Kurt Vonnegut's Lost Board Game Finally Published After 70 Years
Kennedy's Nomination to Lead HHS Answers His Prayers - and Mine
Muscle-powered mechanism desalinates up to 8 liters of seawater per hour
Student-built rocket breaks space altitude record as it hits hypersonic speeds
Researchers discover revolutionary material that could shatter limits of traditional solar panels
In case you missed it, Ben Affleck just dropped the best talk on AI and where we're heading:
LG flexes its display muscle with stretchable micro-LED screen
LiFePO4 Charging Guidelines: What is 100%? What is 0%?! How to Balance??
Skynet On Wheels: Chinese Tech Firm Reveals Terrifying Robo-Dog
Energy company claims its new fusion technology can provide heat and power to 70,000 homes:
Wi-Fi Can be Used to Influence Brainwaves, Has Potential for Hypnotic Effects and Social Engineering
Startups Like Neuralink And Science Corp. Are Aiming To Help The Blind See Again
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.