Yeah, Ah, voltage, etcetera are negligible issues.
Tesla would get an A for effort but F for practise, from me so far.
Nope. Early 90s was when relatively practical lithium ion batteries came about.
Dahn and pals haven't made anything new. They've just taken high-quality materials and made pouch cells and are fiddling with it to make the cells more stable. Materials are a lot more important than the programming at this point.
I tried giving him a link to a physicist who played a massive roll in the development of Lithium Ion batteries.
I met the guy at buck o beer night on the concourse at SFU when I was a freshman and ended up renting a basement suite from him.
He is by far one the most intelligent people I've ever met.
They never could solve the issues of exothermic reaction and explosions with larger batteries hence 30 years of the 18650.
Other REEs and graphene capacitors will take batteries and energy storage to the next level.
Graphene has already made our current electronics obsolete, buying a new Tesla is buying a classic car.