Cycle F candidate — Quantum Compute
conceptAI & Compute
The AI boom is hitting the physical limits of regular computer chips — and quantum computers are lining up as the next foundation, arriving in waves that could crack encryption years apart.
Who they are
The engine's candidate for the next computing foundation: quantum computing.
What they do
It reads the current 'compute crisis' as a sign that classical silicon chips are hitting physical limits, requiring quantum architecture to handle massive prediction and capital-allocation problems.
How it works
The $40B Alphabet/Anthropic effort and its 5GW power commitment signal those limits; vendors are converging on 2028-2030 (IBM's Starling in 2029, Quantinuum by 2030, PsiQuantum's ~1M qubits in Brisbane by end-2027), and 'Q-Day' (when encryption breaks) is expected to arrive in waves, with some asset types falling years before banking systems.
Why it matters
The engine keeps all its readings open on this one, timing it toward a roughly 2040 window for mass commercial viability.
The engine's record — word for word
Substrate-handoff candidate (Sixth Prompt 2.4-iii). 'Compute crisis' driving the Alphabet/Anthropic $40B + 5GW grid commitment indicates physical limits of classical silicon; quantum architecture required to resolve complex capital-allocation + predictive algorithms. Phoenix metronome timing: aligns with 2040 transit window for mass commercial viability. Apex Superposition: admits all four. [Q-Day report] Vendor convergence on 2028-2030: IBM Starling (200 logical qubits, 2029, qLDPC); Quantinuum (universal FTQC by 2030, 'skinny logic' 48 logical from 98 physical); PsiQuantum (~1M photonic qubits, Brisbane end-2027). Neutral-atom architectures threaten P-256 with only ~26,000 physical qubits (all-to-all connectivity, multi-hour coherence) — Q-Day arrives in WAVES (ECC-curve assets fall years before RSA banking mainframes).
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