Logic Circuits Using Superconductive Devices TRIZ Cases
- Superconducting FPGA Nanowire Array With Cryogenic State Control
Selective heating of superconducting nanowires enables cryogenic programmable circuits with low latency and tunable circuit behavior.
- Superconducting FPGA Reconfiguration by Thermal State Switching
Thermally gated superconducting wires reconfigure cryogenic circuits as capacitors, inductors, or resistors for low-latency programmable operation.
- Superconducting FPGA Reconfiguration via Thermally Switched Nanowires
Thermally coupled gate inputs switch superconducting nanowires to reconfigure cryogenic FPGA behavior with low-latency operation.
- Superconducting FPGA Nanowire Switching for Cryogenic Logic
Selective heat or strain switches superconducting nanowires to tune cryogenic FPGA logic for low-latency programmable operation.