No market lives up to their hype, but I have a feeling that the two worst offenders for consistently [10+ years] talking about world changing breakthroughs that underperform is battery tech and self healing dentistry.
That doesn't mean there are no advances in batteries - Tesla in particular changed the way we look at large and fast charging deployable batteries [in multiple industries] - but where are the major breakthroughs that are announced untiringly?
OT: There ought to be another award for most overblown hype (though less consistent). My contenders: Fusion, AI, Quantum computing and Web3
Any well-made capacitor, if kept within voltage tolerances, has in theory an unlimited lifespan of charge/discharge cycles...
This is because where the charge is stored -- there are no chemical reactions, no charge chemical reaction and no discharge (reverse) chemical reaction...
Batteries based on chemical reactions -- typically have a limited lifespan because the charge/discharge chemical reactions -- fail for various reasons after certain amounts of cycles, because the chemical reactions fail...
So it makes sense -- to try to make batteries where chemical reactions are either not present (i.e., truly capacitative), or severely limited -- in an attempt to prevent the chemical breakdown which characterizes battery failure...
Related:
lasersaber - "How to Build Crystal Power Cells - Long Duration Power"
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[ 3.4 ms ] story [ 19.6 ms ] threadThat doesn't mean there are no advances in batteries - Tesla in particular changed the way we look at large and fast charging deployable batteries [in multiple industries] - but where are the major breakthroughs that are announced untiringly?
OT: There ought to be another award for most overblown hype (though less consistent). My contenders: Fusion, AI, Quantum computing and Web3
This is because where the charge is stored -- there are no chemical reactions, no charge chemical reaction and no discharge (reverse) chemical reaction...
Batteries based on chemical reactions -- typically have a limited lifespan because the charge/discharge chemical reactions -- fail for various reasons after certain amounts of cycles, because the chemical reactions fail...
So it makes sense -- to try to make batteries where chemical reactions are either not present (i.e., truly capacitative), or severely limited -- in an attempt to prevent the chemical breakdown which characterizes battery failure...
Related:
lasersaber - "How to Build Crystal Power Cells - Long Duration Power"
https://www.youtube.com/watch?v=Mzq_qWIhamQ
[0]: https://uci.edu/powerofi/battery/index.php