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In the last few years, the interest towards chip-scale microphotonic resonant label-free biosensor is quickly growing. In this context, novel low-cost platforms able to simultaneously detect, with high resolution, several target molecules in an ultra-small volume of biologic fluid are strongly demanded. In this paper, the recent advances in the field of resonant microphotonic platforms for label-free...
Biophotonic based sensing or imaging relies often on expensive and bulky equipment. Integrated optics solutions could alleviate both cost and equipment size, by integrating the optical functionality on chip. Even more so, it is beneficial to integrate this optical functionality directly on top of a CMOS chip, that can detect the light and process the information. We have developed a 200 mm CMOS compatible...
The following topics are dealt with: polarization division multiplexed transmission system; optical nonlinearities; polarization dependent losses; digital signal processing; ballistic transport; biophotonics; plasmonics; optical fibers and fiber based devices; light propagation; integrated optics; light sources; optical communication equipment; and optoelectronics for data centers.
Multimodal imaging represents one of the current trends in the development of biophotonics imaging technologies. This paper briefly reviews current multimodal biophotonics imaging platforms in macroscopic, microscopic, and mesoscopic (or millimeter) scales. We also present a combined optical coherence tomography and line-scan fluorescence laminar optical tomography system for co-registered structural...
Miniaturized optofluidic systems with integrated waveguides and microfluidic channels were built as monolithic polymer devices. Their potential for biosensor applications was demonstrated by two examples: (1) Change of the light attenuation as function of the analytepsilas refractive index, (2) Channels functionalized by Dip-Pen Nanolithography allowed the selective capture of fluorescent markers,...
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