“Poison qubits” contaminate measurements. Our H.O.T. Framework excludes their influence. The V5 Orphan Exclusion Test filters out bad shots.
Leveraging topological QC principles for NISQ circuit design, not logical qubits. #QuantumComputing
The quantum threat is real, *now*. Forget supremacy races; noisy NISQ hardware is already a risk. Our H.O.T. Framework tackles this.
Unitary contamination, not just gate errors, kills deep NISQ circuits. A “poison qubit ratio” >10% compromises computation.
“Orphan qubits” poison results. Not algorithms, but anomalous readouts. Filter measurements to exclude them.
Forget million-qubit dreams. Real wins are in **measurement hygiene** on NISQ hardware, not just QEC.
Quantum supremacy’s “breakthrough” often relies on classical post-processing. The real challenge: extracting meaningful results from noisy qubit outputs.
“Orphan qubits” aren’t noise; they’re signals of measurement contamination in your superposition circuits. Fight back with H.O.T. Framework.
Noise isn’t an error to fix, but a signal to leverage for near-term quantum advantage.
The quantum race isn’t just about supremacy; it’s a cryptographic reckoning. We’re extracting power from noisy NISQ devices, not waiting for fault tolerance.
