Enlighten us please? Suggesting to read a book of which the title already suggests some completely irrelevant content about "cost" or PoW surely does not convince me or anyone. I dont care about the energy/cost or the fact that bitcoins may speed up the destruction of this planet by a incredible tiny tiny fraction that has zero effect on my life. I couldn't care less, and it wasn't part of my argument at all.
People can have an argument about that, its fine but mine wasn't so you cant debunk it by telling me to read a book that seems 100% irrelevant.
PoW was simply used to solve the double spending problem in a decentral way. Which is exactly what FBA solutions do without it.
Solving the double spending in a decentral way is the key "invention" of bitcoin NOT PoW. PoW existed way way before, it was just used to create the solution to the problem it was not invested/discovered for bitcoin nor was it the key element.
People came up with different solutions solving the same double spending problem in a decentral way but without using PoW. Some solutions are objectively better regardless of energy consumption and other secondary properties. They are objectively better because they scale to high throughput, allow short block times, have a proper and path forward to improve these properties over time with very limited "risk" of causing forks for every proposed change.
People can have an argument about that, its fine but mine wasn't so you cant debunk it by telling me to read a book that seems 100% irrelevant.
PoW was simply used to solve the double spending problem in a decentral way. Which is exactly what FBA solutions do without it. Solving the double spending in a decentral way is the key "invention" of bitcoin NOT PoW. PoW existed way way before, it was just used to create the solution to the problem it was not invested/discovered for bitcoin nor was it the key element.
People came up with different solutions solving the same double spending problem in a decentral way but without using PoW. Some solutions are objectively better regardless of energy consumption and other secondary properties. They are objectively better because they scale to high throughput, allow short block times, have a proper and path forward to improve these properties over time with very limited "risk" of causing forks for every proposed change.