📢 Gate Square #Creator Campaign Phase 2# is officially live!
Join the ZKWASM event series, share your insights, and win a share of 4,000 $ZKWASM!
As a pioneer in zk-based public chains, ZKWASM is now being prominently promoted on the Gate platform!
Three major campaigns are launching simultaneously: Launchpool subscription, CandyDrop airdrop, and Alpha exclusive trading — don’t miss out!
🎨 Campaign 1: Post on Gate Square and win content rewards
📅 Time: July 25, 22:00 – July 29, 22:00 (UTC+8)
📌 How to participate:
Post original content (at least 100 words) on Gate Square related to
The name claimed to be Satoshi Nakamoto responded to the claim that quantum computers will break Bitcoin's encryption!
Adam Back, the founder of Blockstream, assured the crypto community that the threat posed by quantum computers to the security of Bitcoin is still a few decades away. He also explained how Bitcoin is already equipped with a mechanism to address potential quantum-related risks in the future without the need for urgent changes.
Adam Back is among the names claimed to be Satoshi Nakamoto.
Quantum computers theoretically can break the cryptographic security that underpins Bitcoin and other cryptocurrencies. This has raised concerns that BTC wallets could become vulnerable to hacking one day.
Adam Back announced that Bitcoin is already 'quantum ready' in 2021 thanks to Taproot, a technology implemented in Bitcoin. Taproot uses 'leaf nodes' that can hold placeholders for future advanced cryptographic technologies, including quantum-resistant (post-quantum or PQ) signatures, in its design.
In simpler terms, Bitcoin's current system is like a house built with extra empty rooms that can be equipped with advanced security gates later if necessary. For now, these rooms are not being used but are ready for upgrades.
It emphasized the need not to rush to enable quantum-resistant signature technology. Please provide the text to be translated.
Bitcoin users can prepare for quantum-resistant cryptography without enabling it immediately. This includes: