Translation Layer: How It Works
The Deterministic Core of P-S Quantum
I. The BQM Translation Logic: Mapping Physics to Math
The Synthesis Engine™ serves as a proprietary mathematical bridge between raw industrial telemetry and quantum execution. We do not look for "patterns"; we formulate Physical Constraints.
- Constraint Encoding: Variables such as Pore Pressure, Tubular Tensile Strength, and Torque-on-Bit are translated into a Binary Quadratic Model (BQM).
- Each physical constraint is assigned a Quadratic Penalty (+P). The engine constructs a complex multidimensional "Energy Landscape" where the lowest point (the Global Minimum) represents the most cost-effective solution that violates zero safety protocols.
II. Hardware Architecture: COMPUTATIONAL DEPLOYMENT
Our software operates as a flexible, hardware-agnostic layer. Depending on the complexity and type of optimization function required, our matrices are routed directly via secure endpoints to either quantum annealing systems (D-Wave Leap environment) or advanced gate-model architectures (IBM Quantum Network).
- D-Wave Advantage™ (Pegasus Topology): We execute our BQM formulations on the Advantage™ system. Utilizing over 5,000 superconducting qubits, the hardware uses quantum tunneling to traverse "Energy Barriers" that classical computers cannot climb.
- Instantaneous Optimization: Instead of checking every combination of casing grades or seismic traces, the system physically settles into the optimal state, delivering a Deterministic Solver result in milliseconds.
Industrial Validation: The Equinor Volve Benchmark
The Synthesis Engine™ is validated against the Equinor Volve Field Data, the industry’s most transparent record of active North Sea production.
The Benchmark Study:
P-S Quantum's research team targeted the NP-Hard bottleneck of Multi-String Casing Design within the Volve drilling logs. By ingesting the lithology pressure gradients and mechanical properties of the Volve 15/9-19 series wells, the Synthesis Engine™ was tasked with identifying a Global Minimum for casing weight that satisfied a 1.25x safety factor against burst and collapse.
Our systems are powered by our partner's primary, state-of-the-art quantum annealer for optimization
Powered By: D-Wave
Quantum Backend: Powered by D-Wave Advantage2™ / Advantage™ Annealing QPU
Architecture: 5,000+ Qubits (Advantage) / 4,400+ Qubits (Advantage2)
Connectivity: Zephyr™ topology (20-way connectivity) for complex, inter-dependent problems
Solver Type: Hybrid Solver Service (combines quantum and classical)
Application Focus: Solving QUBO (Quadratic Unconstrained Binary Optimization) problems for logistics and scheduling
Performance Benefits: High-fidelity, error-detecting dual-rail qubits