Advanced Optical Imaging Technologies VII

Through non-invasive interaction between light and matter, optical imaging has become one of the most favorable and critical research tools for scientific community where a variety of topics ranging from fundamental biomedical/material science to advanced imaging applications are developed. Recent advances on more diverse imaging contrast mechanisms as well as higher spatio-temporal resolution has made advanced optical imaging technologies and their applications one of the most attractive scientific fields. This conference will provide a remarkable opportunity for scientists to present their recent progresses on exploring novel optical imaging techniques and their applications. The solicited exemplary topics include, but are not limited to:

• high-resolution fluorescence and label-free imaging technologies
• nonlinear optical imaging technologies
• holographic imaging, tomographic diffractive microscopy
• near-field and plasmonics-based imaging technologies
• photo-acoustic microscopy
• photothermal imaging techniques
• computational and compressive sensing imaging technologies
• time-resolved imaging technologies such as FLIM and transient-absorption microscopy
• imaging applications in biomedical and material sciences
• quantum imaging technologies
• novel techniques for key elements in optical imaging systems such as detection and laser sources
• novel imaging algorithms and protocols.