Can technologies break Bitcoin?

— Chamath Palihapitiya's viral claims that AI and quantum computing will "break Bitcoin" and send it to zero are factually and technically incorrect.

— Bitcoin's core security relies on signature forgery prevention, not SHA-256; Chamath named the wrong cryptographic technology.

— Shor's quantum algorithm (not Grover's or SHA-256) poses the theoretical threat to Bitcoin signatures, but this risk is years away.

— Bitcoin's difficulty adjustment mechanism automatically compensates for faster block discovery and protects monetary policy even if quantum computers emerge.

— The Bitcoin community has been actively researching post-quantum cryptography since Satoshi's 2010 emails; upgrades are planned and feasible.

— The philosophical debate centers on what should happen to unmoved coins (like Satoshi's ~7 million BTC) if quantum threatens signature schemes.

— Do not panic over quantum computing threats to Bitcoin in the near term; no practical quantum attack exists today, timelines are years away (2029–2033 per Pentagon, Google, US government), and the Bitcoin community is actively researching post-quantum upgrades.

— Monitor macroeconomic stress indicators (MOVE index, European sovereign spreads, bank equity) for signs of central bank intervention; historically, periods of financial stress precede monetary expansion and asset repricing, including Bitcoin adoption.

— Understand that Bitcoin's core security depends on preventing signature forgery, not SHA-256 protection; most people pushing quantum FUD misunderstand the actual cryptographic risks, so verify technical claims before reacting.