Quantum Computers TRIZ Cases
- Magneto-Optical Trap With Ring Magnets for Continuous Atom Ejection
Ring magnets with through-holes create a trap and non-trap region, enabling continuous cold-atom ejection without disrupting confinement.
- Quantum Dot Qubit Resonator Layout for Lower Thermal Heating
A superconductive resonator beside the quantum dot qubit cuts local heating and preserves coherence across a wider Rabi frequency range.
- Fin-Based Qubit Array Layout for Dense CMOS-Integrated Quantum Chips
A 2D fin-based qubit grid boosts qubit density and shortens qubit spacing while staying compatible with CMOS integration.
- Multi-Ion Chain Quantum Computing for Scalable High-Fidelity Gates
Multiple ion chains enable parallel quantum gates, then merge by shuttling for inter-chain operations while limiting heating and fidelity loss.
- Ka-Band Antenna-in-Package Beamformer With Low-Loss Phase Shifters
A movable ceramic above a slow-wave transmission line cuts phase-shifter loss and footprint while enabling wide-range beam steering in Ka-band arrays.
- Segmented Ion Trap Electrodes for RF-DC Alignment Control
Segmented DC electrodes and compensation fields align RF-null and DC trapping points while reducing DAC count and stray-field effects.
- Multi-Layer Ion Trap Fabrication on Shaped Dielectric Substrates
Backside laser preparation and etching form precise substrate holes for multi-layer ion traps while protecting top layers and optical integration.
- Diffractive Pulse Shaping for Terahertz Spectral Phase Control
Passive diffractive layers shape terahertz pulses by independently controlling spectral amplitude and phase, enabling tunable optical waveforms.
- Quantum Component Shielding Structure for Cryogenic Radiation Blocking
Conductive shielding elements surround a quantum component to block long-wavelength radiation, cutting thermal noise in compact cryogenic setups.
- Superconducting Quantum Processor Cooling With Immersion Helium
Immersing superconducting quantum circuits in 3He or 4He improves thermalization below 100 mK, helping extend coherence and fidelity.
- Spin Qubit Gate Array Contacting With Sidewall Spacer Isolation
Separate contacting steps and conformal dielectric sidewall spacers prevent shorts from misalignment in dense spin qubit gate arrays.
- Quantum Device Holder Assembly for Cryogenic Shielding and Cooling
A two-part holder with cavities and flexible PCB fixing simplifies quantum device mounting while improving cryogenic cooling and EMI shielding.
- Quantum Sample Holder Assembly for Cryogenic Mounting and Cooling
A two-part cavity holder with PCB and waveguide connections simplifies quantum device mounting while improving cryogenic protection and cooling.
- Ion Trap Via Structure Using a Conductive Etch Stop Layer
A conductive etch stop layer enables precise through-substrate vias in ion traps while forming reliable electrical coupling for scalable fabrication.
- Resonator Hamiltonian Engineering via Ancilla Qubit Drives
Off-resonant ancilla qubit drives make weak resonator nonlinearities tunable, enabling photon-number dependent control with lower errors.
- Multi-Capacitor Qubit Circuit Layout for Scalable Quantum Chips
A multi-capacitor qubit layout relaxes space limits around SQUID-based circuits, improving resonator routing, control lines, and qubit scaling.
- Ring Ion Trap With Continuous Blades for Low-Noise Recirculation
Continuous RF and DC blades with recessed electrodes enable low-noise ion recirculation, deep trapping, and optical access in compact atomic instruments.
- Compensation Electrodes for Ion Trap Stray Field Alignment
Selective compensation electrodes counter stray voltages in ion traps, aligning trapping points to preserve ion control and coherence.
- Cryogenic Circulator Using Spatiotemporal Modulation Without Magnets
Spatiotemporal modulation of tunable superconducting resonators enables non-reciprocal routing at cryogenic temperatures without magnetic interference.
- Non-Reciprocal Circuit Layout for Compact Quantum Signal Isolation
A stacked magnetic body, absorber, and resonator layout improves high-frequency isolation while keeping quantum computer non-reciprocal circuits compact.
- Quantum Microgrid Control for Secure Frequency Synchronization
Quantum-secure distributed control synchronizes AC frequency and DC voltage in multi-inverter microgrids while improving resilient power sharing.
- Josephson Junction Hybrid Tuning for Qubit Frequency Alignment
Hybrid laser and controlled-current tuning shifts Josephson junction resistance toward target values to reduce qubit frequency collisions.
- Epoxy-Matrix Laser-Ablation Targets for Precise Atomic Source Control
Embedding analytes in an epoxy matrix enables stable laser-ablation targets with precise atom release and low material waste for QIP atomic sources.
- Photonic Qubit Interface Using Optical Splitters to Reduce Cross-Talk
Optical splitters and waveguides carry multiplexed qubit control and readout signals, cutting wiring area while limiting cross-talk and noise.
- Porous Cryogenic Microstrip Dielectrics for Lower TLS Loss
Air-gap dielectric structures cut loss in cryogenic microstrip wiring, improving resonator quality factor, signal fidelity, and qubit calibration.