Quantum Computing Hardware & Backends
Real-time telemetry of physical superconducting quantum processors (Aleph-1), statevector simulators (Transfinite-1), and local client compute nodes.
Transfinite-1 (Quantum Simulator)
8-Qubit Variational Quantum Circuit (VQC) EnginePennyLane-powered variational quantum statevector simulator. Computes pure Hilbert statevector wavefunctions (256-dim Hilbert space) with continuous quantum expectation values and zero decoherence noise.
Aleph-1 (IBM Quantum QPU)
127-Qubit Superconducting Transmon ProcessorPhysical cryogenic quantum hardware routed through IBM Quantum Cloud Runtime. Connects heavy-hex superconducting qubits for multi-qubit entanglement. Reserved for verified clinical partner nodes.
Local Client Device & Compute Node
Live browser telemetry and hardware specifications detected on your active client device.
Quantum Noise Reduction Protocols
Error mitigation algorithms designed for physical superconducting quantum cryostats (Aleph-1).
These protocols operate on physical superconducting cryostats during live hardware runs to eliminate thermal noise and gate errors. The active Transfinite-1 Statevector Engine calculates exact mathematical Hilbert space expectation values with zero simulation decoherence.
Intentionally amplifies noise via pulse stretching (λ ∈ 1.0, 1.5, 2.0) and calculates polynomial regression to extrapolate expectation values to the zero-noise limit.
Corrects bit-flip readout assignment errors using a matrix-free solver without computing full 2ⁿ × 2ⁿ tensor calibration matrices.
Injects XY4/CPMG refocussing pulse sequences on idle qubits to eliminate environmental low-frequency phase drift during entangling blocks.