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quasi-crystals

Illustration state: the molecules, which appear as red dots, crystallize into a structure that fully corresponds to the mathematical model, depicted in black and white, and form (from left to right, continue in the second row) crystals with rotational symmetry of 180, 90, 60, 36, and 30 degrees.

Quasi-crystals that organize themselves on demand

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Quasi-crystal from the Koryak Mountains in Russia. Photo: Paul Steinhart, Princeton University

Impossible quasi-crystals came from space

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quasi-crystals. From Wikipedia

From Quasi-Crystals to the Nobel Prize / Louisa Meshi and Adin Stern

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Figure 1. Daniel Shechtman's interference pattern had an axis of symmetry of order 10: rotating the image by a tenth of a complete circle (36 degrees) led to obtaining the same pattern.

Crystals with golden ratios - the full text

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quasi-crystals. From Wikipedia

On quasi-crystals and the golden ratio

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Prof. Danny Shechtman. Photo: Technion

Prof. Danny Shechtman of the Technion won the Nobel Prize in Chemistry for the discovery of quasi-crystals

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Conduction in a periodic quasi-crystal. Illustration: The Technion

Technion researchers were able to show that adding disorder to quasi-periodic structures increases the conduction properties of these materials

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Prof. Danny Shechtman. Photo: Technion

Prof. Dan Shechtman's discovery of quasi-crystals has implications for chemistry, physics, materials engineering and even art

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Excerpt from the logo of the science site. PR photo

At the Technion they showed how a quasi-periodic photonic crystal repairs itself with the help of interaction with light

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