There are a great many 'Li Ion Killer' battery chemistries out...

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    There are a great many 'Li Ion Killer' battery chemistries out there.

    The reason they aren't actually killing Li Ion is because they aren't ready for market.

    Note this from your own post:

    "less than a 10 percent battery efficacy drop over 60 discharging/charging cycles of 120 hours."

    That is a pretty low bar to jump. Ridiculously low in fact. Think about it: would YOU buy a phone/EV/home battery that had a efficiency 9.9% drop after 60 cycles?

    Here's what the deal is. This is an interesting tech that has a LOT of hurdles in front of it. They MIGHT have just jumped one of those hurdles. Note the headline itself says the method "could" revolutionise, not "has" revolutionised.
 
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