Rumors that quantum computers could one day break Bitcoin’s security have resurfaced — and Adam Back, founder of Blockstream and one of the leading candidates for being Satoshi Nakamoto, isn’t staying silent. His response was clear, technically precise, and aimed at debunking misinformation once and for all.

🔹 Back: Bitcoin Doesn’t Use Encryption

In response to the growing wave of fear, uncertainty, and doubt (FUD) around quantum threats, Back posted: “Small tip for those spreading quantum doubts: Bitcoin doesn’t use encryption. Learn the basics correctly, or it suggests a serious knowledge gap.” This statement targets one of the most common misconceptions — that Bitcoin is “encrypted” and could be “decrypted” by a powerful quantum machine. In reality, Bitcoin operates as a public ledger, where all transactions, addresses, and transfers are fully transparent. Cryptographic functions are used not to hide data, but to prove that a transaction was authorized by the correct key holder.

🔹 No Imminent Quantum Apocalypse

When asked where real quantum risks begin and where misunderstandings end, Back was clear: there is no serious short-term threat to Bitcoin from quantum computing.

He explained that we’re decades away from any realistic quantum capabilities that could challenge Bitcoin’s security model. “In applied physics, there are still huge R&D problems to solve before quantum computers reach usable, scalable levels.” Still, he believes being quantum-ready in the long run is a wise approach, especially in the context of cryptographic infrastructure.

🔹 Bitcoin’s Security Isn’t Based on Encryption

The conversation often misrepresents the role of cryptography in Bitcoin. The blockchain relies on: ECDSA (Elliptic Curve Digital Signature Algorithm) – for digital signaturesSchnorr signatures – introduced with TaprootSHA-256 – a one-way hash function for proving data integrity These tools don’t encrypt anything. Instead, they serve to verify ownership and authenticity. There’s nothing to “decrypt”, as Bitcoin data is already public.

🔹 What About Shor’s Algorithm?

In theory, a powerful enough quantum computer could use Shor’s algorithm to derive a private key from a public key. This could pose a risk to old wallets where public keys have already been exposed — for example, after a transaction is sent. However, this would require quantum infrastructure far beyond current capabilities.

🔹 Bottom Line: No Panic Needed

Back and many other cryptography experts agree: quantum computers do not pose any practical threat to Bitcoin in the short to medium term. For now, they’re experimental tools, not blockchain-breaking machines. As Back rightly said — instead of spreading panic, it’s better to understand the core technology first.

#bitcoin , #CryptoSecurity , #satoshiNakamato , #CryptoCommunity , #BTC

Stay one step ahead – follow our profile and stay informed about everything important in the world of cryptocurrencies! Notice: ,The information and views presented in this article are intended solely for educational purposes and should not be taken as investment advice in any situation. The content of these pages should not be regarded as financial, investment, or any other form of advice. We caution that investing in cryptocurrencies can be risky and may lead to financial losses.“

Disclaimer: The information on this page may come from third parties and does not represent the views or opinions of Gate. The content displayed on this page is for reference only and does not constitute any financial, investment, or legal advice. Gate does not guarantee the accuracy or completeness of the information and shall not be liable for any losses arising from the use of this information. Virtual asset investments carry high risks and are subject to significant price volatility. You may lose all of your invested principal. Please fully understand the relevant risks and make prudent decisions based on your own financial situation and risk tolerance. For details, please refer to Disclaimer.