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Our laboratory focuses on developing static modulation based on spectroscopic technology for real-time and remote sensing applications.
Spectroscopic methods are invaluable for investigating phenomena arising from the interaction between light and matter. To analyze, understand, and predict physical changes in scientific, chemical, biomedical, and environmental applications, we employ advanced measurement techniques using spectrometers in combination with various sensors and machine learning approaches.
Static Modulation Technique on Spectrometer
Static Modulation Technique on Spectrometer
Advanced spectroscopic techniques suitable for real-time and remote sensing
Machine Learning-based Performance Enhancement for Spectroscopy
Machine Learning-based Performance Enhancement for Spectroscopy
Various machine learning approaches to overcome the shortcomings of spectroscopic techniques that limit their performance due to physical limitations
Investigation into Material Properties
Investigation into Material Properties
Study of physicochemical phenomena of various substances using spectroscopic technique in conjuction with various optical sensors
Location: 46 Hanseo 1-ro, Haemi-myeon, Seosan 31962, South Korea
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