Collection

Applied Life Sciences: Emerging Biophotonics Technologies for Medical and Clinical Applications

The use of optical and photonics technologies is an exciting and rapidly emerging research area, especially in the fields of clinical applications. This topical collection aims to highlight the latest developments in emerging biophotonics technologies for biomedical and clinical applications. The topics covered include state-of-the-art research and cutting-edge techniques, but are not limited to: optical and photonic techniques for diagnosis and therapeutic applications; bio-information analysis on the interaction between laser optics and cell biology or medicine; fundamental technologies used in biophotonics. The scope spans across (1) complex beam modulation for illumination or therapy, such as structured light; (2) advanced sensing or imaging methods for data acquisition, including microscopic/multimodal imaging techniques; (3) novel information processing or analysis approaches, for instance, the use of machine learning or artificial intelligence. This collection also aims to bring together scientists, clinical researchers, and engineers from a variety of disciplines engaged in using optical and photonics technologies for medical and clinical applications.

Editors

  • Chao He

    Lecturer, Chao He, Ph.D., University of Oxford, UK He runs the Vectorial Optics and Photonics Group, which focuses on optical techniques for vectorial beam manipulation, including structured light, structured matter, adaptive optics, and polarization sensing.

  • Honghui He

    Associate Professor, Honghui He, Ph.D., Tsinghua University, China. His research interests include polarization imaging methods and techniques, the interaction between polarized light and turbid media, polarimetric microscopy, endoscopy, and their biomedical and clinical applications.

  • Zhiyi Liu

    Professor, Zhiyi Liu, Ph.D., Zhejiang University, China. He works on the biomedical imaging of tissues, relying on endogenous contrast. By exploring the quantitative characteristics of both cells and the extracellular matrix, he is trying to gain a better understanding of cell-matrix interactions during the progression of diseases.

Articles

Articles will be displayed here once they are published.