Sandro Francesco Tedde

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Organic semiconductors are attractive for optical sensing applications due to the effortless processing on large active area of several cm(2), which is difficult to achieve with solid-state devices. However, compared to silicon photodiodes, sensitivity and dynamic behavior remain a major challenge with organic sensors. Here, we show that charge trapping(More)
We have developed a μ-fluidic biochip capable of monitoring in real-time cellular phenotype dynamics by non-invasively assessing cell viability and reproduction over long periods of time. The μ-fluidic biochip contains integrated organic photodiodes that continuously perform light scattering measurements of adherent cell populations. In the(More)
Rapid and specific rare cell detection for point-of-care testing requires an integration of the sample preparation for flow cytometry. To achieve such a challenging goal we have developed a magnetic flow cytometry technique which applies magnetophoresis to perform cell enrichment, focusing, and background elimination in a single step. Time-of-flight(More)
The field of organic visible light communications is rapidly gaining interest in the research community as a standalone technology in optical wireless communications. Organic small molecule and polymer photonic devices are the focus of wide ranging research due to fascinating characteristics such as mechanical flexibility and extremely low cost solution(More)
Optical data link employing organic light-emitting diodes and organic photodiodes as optoelectronic components, circuit board encapsulation and integration of high-speed polymer photodiodes, Influence of temperature-dependent mobilities on the nanosecond response of organic solar cells and photodetectors, Appl. Highly localized non-linear optical(More)
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