Titlebook: Advanced Photon Counting; Applications, Method Peter Kapusta,Michael Wahl,Rainer Erdmann Book 2015 Springer International Publishing Switze

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https://doi.org/10.1007/978-3-319-24987-2esses occurring inside cells in real time. Fluorescence microscopy has become an extraordinary tool for unraveling the myriad cellular processes and interactions that are relevant to understanding cell physiology. The intracellular sensing of certain analytes is of crucial importance to understandin

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Vladimir A. Alekseenko,Alexey V. Alekseenkond, besides direct scattering of excitation and Raman scattering of the solvent, comes from sample autofluorescence and additives used for sample preparation. Such unwanted signals from endogenous chromophores and fixatives typically are broad and spectrally overlap with the probe signal; thus becom

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Andrey V. Zhuravlev,Irina S. Astakhova of the intensity decay on the basis of selected reference patterns. This approach allows to use decays that are not mono-exponential without increasing the complexity of the analysis. This is a major benefit when working with labeled biomolecules or using autofluorescent cellular chromophores..The

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Svetlana A. Gerk,Olga A. Golovanovato be the most promising ones, as they can operate at ambient conditions. In this chapter the optical and spin properties of the widely investigated nitrogen-vacancy (NV) and silicon-vacancy (SiV) centers in diamonds will be reviewed. We will present the latest experiments showing their application

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https://doi.org/10.1007/b110345ical light, the role of photon detection to characterize these sources is highlighted. Then, we motivate why ongoing experiments heading at the realization of more complex quantum optical devices make very high demands on detectors and detection electronics. First, results towards quantum repeater a

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Robert E. M. Hedges,Gert J. Van Klinkenffuse optical imaging of biological tissue in vivo in the near-infrared spectral range. In this chapter the fundamentals of photon propagation in biological tissue and the concept of the distribution of times of flight of scattered photons are briefly discussed. Then the main features of time-resolv

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https://doi.org/10.1007/978-3-319-15636-1Antibunchng; Coincidence correlation; Diamond defect centers; FCS; FLIM; FRET; Fluorescence correlation sp

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