Achieving large-area detectors with three-dimensional implementation structure superconducting devices!
Keywords: superconducting detector, X-rays, neutrons, high resolution, 3D implementation
Superconducting sensors have a sensitivity that cannot be achieved by other sensors. High sensitivity means that things that were previously invisible can now be seen. Although superconducting sensors have excellent performance, a drawback is that the effective area per pixel is small. To overcome this, the superconducting industry has focused on three-dimensional implementation, which is rarely pursued. Three-dimensional implementation involves stacking substrates that contain the devices in the vertical direction. The advantage of this is that, whereas devices could only be arranged in a plane, or two-dimensional space, the arrangement can now be extended in the height direction. While it is a simple structure, realizing it is quite challenging, and we are making progress in our research step by step while discussing it with students every day.
- Company：埼玉大学 オープンイノベーションセンター
- Price：Other
