Should Satoshi’s Coins Be Frozen? | Rob Hamilton

— Bitcoin as a hero's journey narrative — Framing Bitcoin adoption as a literary story arc with call to adventure, mentors, ordeals, and return home, applicable across different user cohorts and motivations.

— Quantum computing threat to Bitcoin security — Discussion of how cryptographically relevant quantum computers could expose ~6–7 million Bitcoin with public keys, creating both long-range attacks (on Satoshi's coins) and short-range attacks (on spending transactions).

— Proposed responses to quantum vulnerability — Including coin freezing (BIP361), post-quantum signature algorithms, and Robin Linus's BinoHash protocol as alternative approaches.

— Institutional vs. cypherpunk values divergence — Tension between newer institutional Bitcoin holders (buying for returns/ETFs) and earlier adopters prioritizing self-sovereignty and property rights.

— Property rights as core Bitcoin principle — Argument that freezing vulnerable coins violates property rights, even if intended to prevent theft, and that this sets dangerous precedent for institutional control.

— Potential future fork war — Expectation of contentious disagreement over quantum response, possibly pitting property rights advocates against institutional interests.

— Self-custody remains critical — To express economic preference in any future contentious fork, you must hold Bitcoin in self-custody, not at exchanges or via ETFs. Custodial holders have no agency in disputes.

— Monitor BinoHash development — If quantum risk becomes real, Robin Linus's BinoHash offers a path to quantum-resistant addresses today; supporting its integration into standard mempool relay rules gives users immediate optionality without waiting for protocol-wide consensus.

— Prepare for discourse, not panic — Quantum-relevant key factoring is still far from Bitcoin's 2^256 keyspace; focus energy on protecting property rights principles *now* through conversation and proposals rather than reactive changes later.