Titlebook: Nano and Quantum Optics; An Introduction to B Ulrich Hohenester Textbook 2020 The Editor(s) (if applicable) and The Author(s), under exclus

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Material Properties,lities, at least for linear materials. With the advent of modern nanoscience and nanotechnology the field of nano optics has received a strong boost, because the refined control over the sources and material properties offers unprecedented possibilities for novel optical applications.

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impaction

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Computational Methods in Nano Optics,niques are that they are more versatile and allow for a much closer comparison with experiment. In this chapter we briefly introduce to the most popular simulation techniques, however, without going too much into technical details.

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concise

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Particle Plasmons, there, which we will denote as particle plasmons. We start our discussion with nanoparticles much smaller than the wavelength of light, where the quasistatic approximation can be employed, and generalize the results later for larger particles.

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Correlation Functions,Most importantly, we will find that the linear response of the system can be computed from the knowledge of the correlation function alone, without any necessity to describe the perturbed system explicitly.

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