Quantum Computers TRIZ Cases
- Laser Annealing Josephson Junctions for Qubit Frequency Tuning
Annealing a Josephson junction with a laser alters its resistance to tune qubit frequency post-fabrication.
- Quantum Storage Ring Ion Lattice Coherence
Laser cooling reduces thermal vibrations in a quantum storage ring, enabling thousands of scalable qubits with extended coherence time.
- Dielectric Thinning for Quantum Device Stray Coupling
Thinning the substrate lowers stray capacitive coupling between next-nearest neighbors while preserving nearest-neighbor interaction strength.
- Hybrid Quantum-Classical System for Bias-Free Data Sketching
A hybrid quantum-classical system evaluates clustered data sets to generate accurate sketches.
- Quantum Snapshot Service for System-Level Performance Monitoring
A quantum snapshot service generates global snapshots capturing system-level performance metrics across multiple quantum services.
- Quantum Processor Embedding via Automorphism Chain Strength Reduction
Analog processor embedding uses automorphisms to modify problem graph chains and reduce required coupling strengths.
- Superconducting Nonlinear Asymmetric Inductive Element for Noise Isolation
A superconducting nonlinear asymmetric inductive element breaks reciprocity to isolate qubits from noise.
- Qubit Allocation Service for Quantum Computing
A qubit allocation service manages quantum resource access through a centralized registry.
- Dielectric Holder for Quantum Devices Thermal Noise Reduction
High thermal conductivity substrates reduce thermal noise and electromagnetic interference, enabling higher qubit density in cryogenic environments.
- Reconfigurable Spatial Rearrangement for Photonic Multiplexing
Segmented spatial rearrangement circuits synchronize photon timing and routing to resolve the trade-off between generation flexibility and device complexity.
- Qubit Assembly with Adjustable Current Operators
A qubit assembly uses adjustable current operators to enable multi-axis readout capabilities.