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Hybrid pixel detectors are critical tools for the aerospace industry as they enable scientists and engineers to capture high-quality images and data from a wide range of applications.

By using X-ray imaging, hybrid pixel detectors can help identify the internal structures of crops, such as roots and stems, and provide information on their health and growth.

Hybrid pixel detectors are widely used in astronomy due to their ability to capture high-resolution images with excellent sensitivity and precision. These detectors are used in a variety of applications in astronomy, including the detection of high-energy particles and the study of distant celestial objects.

Hybrid pixel detectors are used in non-destructive testing, quality control, and crash testing in the automotive industry.

Hybrid pixel detector usage in the aviation industry is in non-destructive testing of critical components, such as engine and turbine blades, fuselage structures, and landing gear.

Hybrid pixel detectors have applications in battery development, testing, and analysis in the battery industry.

Hybrid pixel detectors have significant potential applications in chemistry, particularly in the areas of materials science and structural biology.

The hybrid pixel detectors are used in intraoral and extraoral dental X-ray imaging and enable improvement in the accuracy, sensitivity, and safety of various dental imaging and analysis techniques, leading to better diagnosis, treatment planning, and patient outcomes.

Diodes and hybrid pixel detectors are valuable technology for XRF and NDT of electronic components due to their high sensitivity, resolution, and speed of imaging, enabling manufacturers to ensure the quality and reliability of their products.

Hybrid pixel detectors are commonly used in food safety and quality control to detect and locate metal fragments, glass, bone, and to measure the fat content, moisture content, and other properties of food products.

Diodes and hybrid pixel detectors play an important role in the forestry and paper industry, helping to ensure the quality and safety of paper products.

Hybrid pixel detectors play a critical role in medical imaging and radiation therapy, helping to improve patient outcomes and reduce radiation exposure.

Hybrid pixel detectors play a critical role in the analysis and characterization of minerals and rocks in mining and geology, and in mineral sorting to enable ecologically friendly processes and savings in process cost and environmental pollution.

Hybrid pixel detectors are used in the oil and gas industry for X-ray imaging applications in the exploration, extraction, and processing of oil and gas.

The aerospace industry relies on advanced technology, including semiconductors, to safely propel aircraft through the skies. Semiconductors power navigation systems, communication devices, and other aerospace applications.

Semiconductors are a critical component in scientific research, enabling scientists to perform a wide range of experiments and measurements with high precision and accuracy. From studying the properties of materials to exploring the fundamental laws of physics, semiconductors play a vital role in advancing scientific research. One of the most significant uses of semiconductors in research is in the field of spectroscopy, which involves the study of the interaction between light and matter.

Diodes and hybrid pixel detectors can be used in a variety of safety applications due to their high sensitivity and precision, such as radiation dosimetry, radon monitoring, X-ray and industrial safety.

Hybrid pixel detectors have revolutionized scientific research by providing high-resolution imaging, precise particle tracking, and excellent energy resolution, empowering researchers to unravel the mysteries of the natural world

Hybrid pixel detectors, high-resolution images can be obtained in real-time, allowing for rapid and accurate identification of potential threats, such as explosives, weapons, or other hazardous materials.

The use of hybrid pixel detectors in the wind power industry enhances quality control, maintenance, and safety practices. These detectors provide valuable insights into the internal structure of wind turbine components, facilitating timely inspections, repairs, and improvements.