Phantom qubits poison NISQ results! Unitary contamination in deep circuits warps output, fooling standard error mitigation. Detect this hidden killer.
**Excerpt:**
Phantom signals haunted our ECDLP recovery. Not gates, but rogue qubits. Excluding outliers cleared 90% of mystery noise. Discipline at the measurement layer, not algorithm tweaks.
Forget million-qubit dreams. Real NISQ progress is in “measurement hygiene,” managing readout noise, not brute-force error correction.
Quantum supremacy is a moving target. We’re building utility, not just chasing speed.
Orphan qubits poison your superposition principle circuits. Identify and exclude them during measurement for useful results.
Stop waiting for perfect quantum computers. Extract utility from imperfect hardware today with practical error mitigation.
NISQ hardware is *now* the threat. Forget future fault tolerance; exploit today’s noise for crypto breakthroughs.
Quantum proposes, classical disposes. Focus on useful primitives, not hype. Embrace noise and hardware quirks for practical gains today.
Orphan qubits during mid-circuit measurement contaminate NISQ computations. Treat it as a feature, not a bug, for useful quantum results.
Forget perfect qubits. We leverage noise, not fight it. Get real advantage *now*. #NISQ
