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Created at . Page last updated at .
What we need - a new form of batteries, smaller and more effective. To make wearables more compact, powertools, e-scooters, e-bikes, e-cars etc.
And do you know where we stand on their production?
The discovery of the LiFePO4/NrGO nanocomposite began gaining attention around 2014. By 2021, I came across articles highlighting how Metal Nanogrid Catalysts (MNGCs) could achieve impressive electrochemical properties for oxidation-reduction reactions. This technology's compact size, high efficiency, and resistance to degradation suggest it could be a game-changer, potentially offering a compact energy source with an almost infinite lifespan. However, as of 2024, these advancements are still not available to the public. I remain hopeful, though, that we're just a few years away from seeing their broader application
Aha, interesting. Is it stuck passing regulatory checks, technological hurdles, or resource shortages?
Honestly, that's a big question for me. I expected to see some results 2-3 years ago. Lithium mafia also could be involved, but that story is for conspiracy lovers hehe
searches for tinfoil hat
in other words... soon (TM)
I've had an Oura Ring for around 4 years (I'm on my second one) and I absolutely love it. Coupled with my Apple Watch I find the various sleep and activity metrics invaluable for health.
I'm not sure what/who the new players in the game are targeting but I'm looking forward to more competition in the market as that always creates more innovation!
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