Machine learning has provided a huge wave of innovation in multiple fields,including computer vision,medical diagnosis,life sciences,molecular design,and instrumental development.This perspective focuses on the implementation of machine learning in dealing with light-matter interaction,which governs those fields involving materials discovery,optical characterizations,and photonics technologies.We highlight the role of machine learning in accelerating technology development and boosting scientific innovation in the aforementioned aspects.We provide future directions for advanced computing techniques via multidisciplinary efforts that can help to transform optical materials into imaging probes,information carriers and photonics devices.
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机译：Recent Findings from ZhouKou Normal University Provides New Insights into Machine Learning (Human Computer Interaction System for Teacher-student Interaction Model Using Machine Learning)
机译：Masaryk University Reports Findings in Machine Learning (In-depth analysis of biocatalysts by microfluidics: An emerging source of data for machine learning)
