Titlebook: Biomedical Optical Sensors; Differentiators for Richard De La Rue,Hans Peter Herzig,Martina Gerken Book 2020 Springer Nature Switzerland A

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S. Duczek,S. M. H. Hosseini,U. Gabbert multiple needs, such as in situ or in vivo detection, reducing cost, speed of analysis and allowing processing of samples of very small volume. This requires the development of powerful sensors, sometimes miniaturized down to the limits imposed by physics.

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Fundamental Equations of Viscous Flow,on within a sample, for example morphological information. Light can be very selective and probe specific transitions in atoms and molecules at will. In terms of sensing, optical approaches can be attractive—due to the fact that they can be highly specific, sensitive and often can be engineered into compact systems that are relatively inexpensive.

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R. Lammering,S. Duczek,U. Gabbertdescribed. A general strategy for maximising the refractive index sensitivity of nanorod-based hyperbolic metamaterials will be discussed and can be used as the basis for the design of new ultrasensitive chemo- and bio-sensors that outperform both surface-plasmon polaritons and localised surface-plasmon based transducers.

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Refractive Index Sensing with Anisotropic Hyperbolic Metamaterials,described. A general strategy for maximising the refractive index sensitivity of nanorod-based hyperbolic metamaterials will be discussed and can be used as the basis for the design of new ultrasensitive chemo- and bio-sensors that outperform both surface-plasmon polaritons and localised surface-plasmon based transducers.

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