Did you want to add anything to the discussion or just make a snarky comment? I looked through the paper linked in the article and didn’t see a capacity listed.
Our approach directs an alternative Li2S deposition pathway to the commonly reported lateral growth and 3D thickening growth mode, ameliorating the electrode passivation. Therefore, a Li–S cell capable of charging/discharging at 5C (12 min) while maintaining excellent cycling stability (82% capacity retention) for 1000 cycles is demonstrated. Even under high S loading (8.3 mg cm–2) and low electrolyte/sulfur ratio (3.8 mL mg–1), the sulfur cathode still delivers a high areal capacity of >7 mAh cm–2 for 80 cycles.
A 5C charging rate is great, but it’s pretty useless if the battery is too small to be practical.
Ever shined a powerful flashlight or laser around and seen all the particles floating in the air? You can also see them sometimes with a particularly bright sun beam coming through a blind. While these visible particles probably aren’t spores, it does illustrate how much stuff you’re constantly breathing in. There is no escaping. You’re part of life, there’s billions of organisms on you and in you at all times, and they’re fighting for survival too. There’s no escape. The only reason you survive is because of your immune system, and that’s why immunodeficient people like severe burn victims and AIDS patients just die despite nothing particularly “wrong” happening to them.