Superconductor Details TRIZ Cases
- Cooler device with aluminum oxide insulators
See how aluminum oxide insulators and quasi-particle traps enable milliKelvin cooling in NIS ju
- Superconducting IC Microwave Shielding With Nb2O5 Dielectrics
Integrated microwave shields and Nb2O5 dielectric layers cut crosstalk and flux noise in superconducting circuits, improving qubit coherence.
- Piezoelectric Superconductor Switches for Non-Thermal State Change
Voltage-driven piezoelectric strain switches a superconductor into an insulating state without heating, reducing latching, power use, and delay.
- Orthogonal Josephson Junction Electrodes for Stable Critical Current
Orthogonal superconductor electrodes and a dielectric tunnel barrier reduce process variation and aging effects to stabilize Josephson junction critical current.
- Strain-Controlled Superconductor Switching Without Thermal Latching
Piezoelectric strain drives a superconductor directly into an insulating state, enabling faster switching with lower power and less latching.
- Oxide Superconductor with Clustered Atom-Replaced Artificial Pins
A clustered atom-replaced artificial pin structure improves magnetic field characteristics while resolving composition control challenges in mass production.
- High-Temperature Superconducting Magnetic Sensor Flux Trapping Reduction
Segmented pickup coil design reduces magnetic flux trapping during geomagnetic cooling, maintaining detection sensitivity without external shielding.