#Quantum computers cannot crack Bitcoin.#
Hot Topic Overview
Overview
The debate about whether quantum computers can crack Bitcoin continues. While some experts believe that the powerful computing power of quantum computers could pose a threat to Bitcoin, others disagree. For example, Ki Young Ju, founder and CEO of CryptoQuant, believes that there is no need to worry too much about quantum computers hacking Bitcoin, as the industry will adapt to technological developments. He points out that even if a hack occurs, hackers may hide it to avoid a crash in Bitcoin's value. Additionally, if Satoshi Nakamoto's wallet is stolen, the network could hard fork to a state before the hack. Ultimately, Bitcoin's value relies on people's consensus, and quantum computers cannot crack that consensus.
Ace Hot Topic Analysis
Analysis
The debate about whether quantum computers can crack Bitcoin is still ongoing. Some experts believe that the emergence of quantum computers will not pose a threat to Bitcoin, as Bitcoin's value relies on people's consensus, which quantum computers cannot crack. Even if quantum computers could crack Bitcoin's encryption algorithms, hackers might hide their attacks to avoid a crash in Bitcoin's value. Additionally, if Satoshi Nakamoto's wallet were stolen, the network could hard fork to a state before the hack, restoring Bitcoin's security. In conclusion, as technology continues to evolve, the cryptocurrency industry will adapt to the emergence of quantum computers and take appropriate measures to safeguard Bitcoin's security.
Public Sentiment · Discussion Word Cloud
Public Sentiment
Discussion Word Cloud
Classic Views
Quantum computers cannot crack the value of Bitcoin because Bitcoin's value relies on people's consensus.
Even if quantum computers attack Bitcoin, hackers may hide the attack to avoid Bitcoin's value collapsing.
If Satoshi Nakamoto's wallet is stolen, the Bitcoin network may hard fork to the state before the hacker attack.
As technology advances, the Bitcoin industry will adapt to the threat of quantum computers.