Self-assembly 'micro-origami' photon cages as hollow micro-resonators

Danescu, Alexandre; Chevalier, Céline; Artinyan, Rémy; Régrény, Philippe; Grenet, Geneviève; Callard, Ségolène; Rojo-Romeo, P.; Letartre, Xavier; Leclercq, Jean‐Louis

doi:10.1117/12.2178486

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Geodesic Objects: the Spherical Truncated Icosahedron1

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2018

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“…independent constant curvature radius predicted by the theoretical estimates. When compared to our previous result in [23,24] we notice two main differences: the most important is the lost of the five-fold symmetry of the planar design which is imposed by the values of the angles between adjacent edges, as explained in the first paragraph of this section. The second one involves the position of the plot, actually situated on a terminal edge.…”

Section: Geodesic Objects: the Spherical Truncated Icosahedroncontrasting

confidence: 57%

Fabrication of self-rolling geodesic objects and photonic crystal tubes

et al. 2018

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This paper presents a stress engineering method that allows the design and fabrication of the analogs of single-wall nanotubes in the class of photonic crystals. The macroscopic shape of the final object is obtained through the stress relaxation of a pre-stressed multilayer planar design. We illustrate the extent of the proposed method by various single-layer and multilayer photonic crystals tubes and micron-scale objects with 5-fold symmetry.

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Section: Geodesic Objects: the Spherical Truncated Icosahedroncontrasting

confidence: 57%