@[email protected] to Microblog [email protected]English • 4 months agoGet your vote in now!!lemmy.worldimagemessage-square339fedilinkarrow-up11.7Karrow-down163
arrow-up11.64Karrow-down1imageGet your vote in now!!lemmy.world@[email protected] to Microblog [email protected]English • 4 months agomessage-square339fedilink
minus-squareVictoria Antoinette linkfedilinkEnglish1•4 months agoit’s all just guess-and-check. a raspberry pi could find the next block even today.
minus-square@[email protected]linkfedilinkEnglish1•4 months agoAgreed. Because they can’t provide enough power to prove the required work.
minus-squareVictoria Antoinette linkfedilinkEnglish1•4 months agoi think you read a word that isn’t there. the work of generating a nonce, hashing the header, and checking for leading zeroes can certainly be done by a raspberry pi in under the 10 minute block time.
minus-square@[email protected]linkfedilinkEnglish1•4 months agoA raspberry pi could verify a bitcoin block. It is EXTREMELY unlikely to find the next block.
minus-squareVictoria Antoinette linkfedilinkEnglish1•4 months agounlikely, given the network hashrate, but not impossible.
minus-square@[email protected]linkfedilinkEnglish1•4 months agoA hash rate that requires 170TWh of electricity. There are no scenarios where this drops more than 99%, except for the destruction of bitcoin.
it’s all just guess-and-check. a raspberry pi could find the next block even today.
Agreed. Because they can’t provide enough power to prove the required work.
i think you read a word that isn’t there. the work of generating a nonce, hashing the header, and checking for leading zeroes can certainly be done by a raspberry pi in under the 10 minute block time.
A raspberry pi could verify a bitcoin block. It is EXTREMELY unlikely to find the next block.
unlikely, given the network hashrate, but not impossible.
A hash rate that requires 170TWh of electricity. There are no scenarios where this drops more than 99%, except for the destruction of bitcoin.