>
Were the midterm elections stolen, did too many disgusted Trump voters stay at home...
A robot just built a structure in space for the first time
Israel Is 'Rich Enough' To Buy US Weapons Without Financial Aid, Rubio Says
Leaked Photo: Susie Wiles Accused Of Banning MAHA Activists From White House
The Greatest Theft in Human History
3D-Printed Tungsten Survives 74 Fusion Plasma Discharges, Advancing the Engineering...
Dude turns a $23 used smartphone into the 4G brain of an RC aircraft.
China's World-Beating Supercar Just Hit 312 MPH
Pentagon Delivers 25,000+ Drones And Counter-Drone Systems To CENTCOM In A "Massive Surge"
Prism puts an eye-controlled Linux computer on your face
Remember Yesterday: AI For Today and Tomorrow
Robot Mowers Invade America's Golf Courses, Putting Groundskeepers On Notice
Monstrous 13-foot mecha craves the dangerous jobs humans avoid
Virgin Galactic's new rocket plane revives its bid for a space airline

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.