This section covers optical methods and photonic technologies for acquiring, recording, sensing, and storing information in advanced imaging, measurement, and data systems.

• Optical data storage
• Light-field camera
• Fringe analysis
• Light-in-flight recording
• Internet of Things (IoT) optics

This section focuses on photonic display technologies, immersive visualization systems, holographic interfaces, and optical components for next-generation metaverse, AR/VR/MR, and information display applications.

• 3D display
• Volumetric display
• Holographic display
• Aerial display
• Head-up display
• Near-to-eye display
• VR / AR / MR optics
• Light / holographic art

This section covers optical and photonic approaches for information processing, including optical computing, switching, modulation, sensing, and advanced light-matter interaction techniques.

• Optical computing and switching
• Nanophotonics
• Pump-probe technique
• Adaptive optics
• THz modulation
• Optical sensing

This section focuses on advanced optical imaging, inspection, tomography, metrology, and computational imaging techniques for scientific, industrial, biomedical, and semiconductor-related applications.

• Automated optical inspection
• Quantitative phase imaging
• Optofluidic devices
• Compressive imaging
• Structured illumination imaging
• Ptychography
• Holographic tomography
• Optical coherence tomography
• Optical projection tomography
• X-ray techniques
• THz detection and imaging

This section covers optical measurement, characterization, and monitoring techniques for mechanics, materials, structures, semiconductors, manufacturing, and multiphysics analysis.

• Optical measurement techniques
• Semiconductor and packaging mechanics
• Manufacturing and process monitoring
• Material and structural characterization
• Multiscale and multiphysics methods

This section focuses on artificial intelligence, machine learning, and computational methods for optical imaging, photonic sensing, image analysis, machine vision, and semiconductor inspection.

• Machine learning for optical imaging
• AI for photonic sensing
• Computational imaging and vision
• Intelligent image analysis
• AI for semiconductor inspection

This section covers related photonic technologies, optical applications, and emerging systems involving holography, phase control, ultrafast detection, spatial light modulation, and precision manufacturing.

• Digital holography
• Phase conjugation
• Ultrafast detection
• Spatial light modulator
• Precision laser machining