Advanced Imaging and AI Techniques

We specialize in microwave imaging systems that utilize AI for enhanced signal interpretation, aiming to identify defects in superconducting cables through advanced experimental platforms and a comprehensive defect library.

A large radar system is mounted on a diagonal grid-like structure with a modern building in the background. The radar is composed of cylindrical and circular components, mostly metallic in appearance, and is situated under a clear blue sky. The building displays reflective, glass paneling and is accompanied by signage that suggests an event or exhibition.
A large radar system is mounted on a diagonal grid-like structure with a modern building in the background. The radar is composed of cylindrical and circular components, mostly metallic in appearance, and is situated under a clear blue sky. The building displays reflective, glass paneling and is accompanied by signage that suggests an event or exhibition.
Innovative Imaging Solutions
Defect Detection Expertise

Our methodology integrates advanced microwave imaging techniques with AI-driven analysis, ensuring precise identification of defects under various conditions to improve superconducting cable performance and reliability.

Defect Analysis Services

We utilize advanced microwave imaging and AI to identify and analyze defects in superconducting cables.

A large, modern medical imaging machine, possibly a CT scanner, is situated in a clean and well-lit medical room. The machine is white with grey accents and features a circular opening with a long table extending from it, which can slide the patient in for scanning. On the side of the scanner, there are control panels with digital displays and buttons.
A large, modern medical imaging machine, possibly a CT scanner, is situated in a clean and well-lit medical room. The machine is white with grey accents and features a circular opening with a long table extending from it, which can slide the patient in for scanning. On the side of the scanner, there are control panels with digital displays and buttons.
A hand holding a magnifying glass that inverts and magnifies the image of a snow-covered mountain peak against a clear blue sky.
A hand holding a magnifying glass that inverts and magnifies the image of a snow-covered mountain peak against a clear blue sky.
Defect Library Creation

We construct a comprehensive library of superconducting samples with known defects for accurate characterization.

Experimental Platform

Our specialized microwave imaging system captures high-resolution scattering patterns under various conditions for analysis.

Defects

Close-up of electronic components on a circuit board, featuring a large copper coil and several capacitors. The composition reveals intricate details and textures of the metal and plastic parts.
Close-up of electronic components on a circuit board, featuring a large copper coil and several capacitors. The composition reveals intricate details and textures of the metal and plastic parts.
A sophisticated, futuristic telescope installation with hexagonal patterns and blue and gold detailing is displayed indoors. The structure features solar panel-like components and intricate mechanical elements, suggesting advanced technology and scientific innovation.
A sophisticated, futuristic telescope installation with hexagonal patterns and blue and gold detailing is displayed indoors. The structure features solar panel-like components and intricate mechanical elements, suggesting advanced technology and scientific innovation.
An X-ray view of electronic circuitry with various components visible, including round structures and complex circuit patterns. The image highlights intricate details of a printed circuit board with components like capacitors, resistors, and possibly connectors. The contrast of dark and light areas gives insight into the internal layout.
An X-ray view of electronic circuitry with various components visible, including round structures and complex circuit patterns. The image highlights intricate details of a printed circuit board with components like capacitors, resistors, and possibly connectors. The contrast of dark and light areas gives insight into the internal layout.
A metal grid is covered with patches of snow, set against a bright, clear blue sky. A circular light fixture is visible through the grid, providing a contrasting focus point.
A metal grid is covered with patches of snow, set against a bright, clear blue sky. A circular light fixture is visible through the grid, providing a contrasting focus point.
A close-up of a metallic, coil-like structure with a textured surface. The metal appears shiny and has a label reading 'COPPERIST.WU' attached to it. The background is blurred, giving emphasis to the foreground object.
A close-up of a metallic, coil-like structure with a textured surface. The metal appears shiny and has a label reading 'COPPERIST.WU' attached to it. The background is blurred, giving emphasis to the foreground object.
A large satellite dish is positioned in a snow-covered landscape, enclosed by a metal fence. The sky is overcast, contributing to the cold and isolated atmosphere. In the foreground, there is a person on a snowmobile, dressed in winter gear, likely indicating a remote or cold location.
A large satellite dish is positioned in a snow-covered landscape, enclosed by a metal fence. The sky is overcast, contributing to the cold and isolated atmosphere. In the foreground, there is a person on a snowmobile, dressed in winter gear, likely indicating a remote or cold location.

Explore our comprehensive library of superconducting defect samples.

Innovation

Integrating AI with advanced microwave imaging techniques.

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