The HELIX article claims quantum estimates for breaking Bitcoin range from 10k to 500k qubits with error rates dropping fast enough to threaten retirement savings via Q-Day. This overstates near-term feasibility. Fault-tolerant quantum computers require millions of physical qubits per logical qubit for Shor's algorithm due to error correction overhead; a 2022 analysis in PRX Quantum estimated 20 million physical qubits needed for 2048-bit RSA, with Bitcoin's elliptic curve facing similar scaling. IBM's 2023 roadmap and Google's 2024 error-correction papers project useful cryptanalysis only after 2035-2040 at best, while NIST's post-quantum cryptography standards already assume a 10-20 year migration window without panic. Retirement portfolios face no outsized liquidity risk from this vector in the current decade.