All Sections

This section explores the transformative, two-way relationship between artificial intelligence and instrumentation. "AI for Instruments" covers the application of machine learning, deep learning, and data analytics to enhance instrument capabilities, including automated operation, intelligent cal...

This section covers instruments at the intersection of chemical analysis, life sciences, and clinical medicine. It focuses on technologies for separating, identifying, and quantifying chemical compounds and biomolecules, as well as devices for diagnosis and therapy. Topics include chromatography ...

This section focuses on the design, development, and application of instruments that harness the properties of light. It encompasses a wide range of technologies from classical optics to advanced photonics. Topics include the development of lasers, LEDs, optical sensors, and photodetectors; imagi...

This section is dedicated to the instruments and methodologies for detecting, identifying, and characterizing elementary particles, nuclei, and radiation. It covers the entire spectrum of detector technology, from fundamental principles and novel sensor materials to the design, simulation, and pe...

This section is devoted to the science and technology of measurement, focusing both on sensors and transducers for physical, chemical, or biological quantities, and on the methodologies for achieving high precision. It covers a broad array of sensors—including mechanical, t...

This section encompasses the specialized instruments designed to operate in the extreme environment of space or to observe the cosmos. It includes the development of ground-based and space-borne telescopes across the electromagnetic spectrum (radio to gamma-ray), as well as instruments for planet...