Titlebook: Representation Theory II. Proceedings of the Fourth International Conference on Representations of A; Groups and Orders Vlastimil Dlab,Pete

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Shigeo Koshitaniariton propagation. Through near-field nanoimaging on twisted bilayers of ., the in-plane polaritonic dispersion is shown to undergo a transition from elliptic to hyperbolic as a function of both frequency and twist angle. Interestingly, at the critical twist angle between the two regimes, the so-ca

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William F. Reynoldsachieve nanoscale confinement and control of light. We will show that polaritons can propagate along interfaces between materials with permittivities of different signs as a result of the strong interaction between light and collective dipolar matter oscillations. Then, we offer a comprehensive over

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D. -J. Bensoneir motion. Kinematic analysis will help determine the dimensions of various links of the mechanism, in addition to giving an idea of velocity and acceleration of various links. However, it is important to determine the forces and moments responsible for the motion of these mechanisms under the acti

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Pamela A. Ferguson,Alexandre Turull materials. Initiated in 2018, this research was spurred by the discovery of . as the first natural material supporting in-plane anisotropic phonon polaritons. An extensive revision of the field, as well as a discussion of the experimental and modelling techniques used throughout this thesis is carr

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Robert M. Guralnickized mid-IR reflectance spectra acquired on a single thick flake of this material. The far-field model is refined by contrasting the experimental dispersion and damping of phonon polaritons (PhPs), revealed by polariton interferometry using scattering-type scanning near-field optical microscopy (s-S

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