Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase

Programming living and soft complex matter via primary structure and self-organization represents the key methodology employed to design functions in biological and synthetic nanoscience. Memory effects have been used to create commercial technologies including liquid crystal displays and biomedical...

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Autores principales: Virgil Percec, Ning Huang, Qi Xiao, Benjamin E. Partridge, Dipankar Sahoo, Mohammad R. Imam, Mihai Peterca, Robert Graf, Hans-Wolfgang Spiess, Xiangbing Zeng, Goran Ungar
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Publicado: Elsevier 2022
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spelling oai:doaj.org-article:d3d0f6dc2e574d4799530092278ada672021-11-04T04:41:49ZSelf-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase2666-542510.1016/j.giant.2021.100084https://doaj.org/article/d3d0f6dc2e574d4799530092278ada672022-03-01T00:00:00Zhttp://www.sciencedirect.com/science/article/pii/S2666542521000382https://doaj.org/toc/2666-5425Programming living and soft complex matter via primary structure and self-organization represents the key methodology employed to design functions in biological and synthetic nanoscience. Memory effects have been used to create commercial technologies including liquid crystal displays and biomedical applications based on shape memory polymers. Supramolecular orientational memory (SOM), induced by an epitaxial nucleation mediated by the close contact spheres of cubic phases, emerged as a pathway to engineer complex nanoscale soft matter of helical columnar hexagonal arrays. SOM preserves the crystallographic directions of close contact supramolecular spheres from the 3D phase upon cooling to the columnar hexagonal periodic array. Despite the diversity of 3D periodic and quasiperiodic nanoarrays of supramolecular dendrimers, including Frank-Kasper and quasicrystal, all examples of SOM to date were mediated by Im3¯m (body-centered cubic, BCC) and Pm3¯n (Frank-Kasper A15) cubic phases. Expanding the scope of SOM to non-cubic arrays is expected to generate additional morphologies that were not yet available by any other methods. Here we demonstrate the SOM of a dendronized triphenylene that self-organizes into helical columnar hexagonal and tetragonal P42/mnm (Frank-Kasper σ) phases. Structural analysis of oriented fibers by X-ray diffraction reveals that helical columnar hexagonal domains self-organize an unusual rectangular bipyramidal morphology upon cooling from the σ phase. The discovery of SOM in a non-cubic Frank-Kasper phase indicates that this methodology may be expanded to other periodic and quasiperiodic nanoarrays organized from self-assembling dendrimers and, most probably, to other soft and living complex matter.Virgil PercecNing HuangQi XiaoBenjamin E. PartridgeDipankar SahooMohammad R. ImamMihai PetercaRobert GrafHans-Wolfgang SpiessXiangbing ZengGoran UngarElsevierarticleFiber X-ray diffractionEpitaxial nucleationSupramolecularSelf-assemblySoft matterDendrimersScience (General)Q1-390ENGiant, Vol 9, Iss , Pp 100084- (2022)
institution DOAJ
collection DOAJ
language EN
topic Fiber X-ray diffraction
Epitaxial nucleation
Supramolecular
Self-assembly
Soft matter
Dendrimers
Science (General)
Q1-390
spellingShingle Fiber X-ray diffraction
Epitaxial nucleation
Supramolecular
Self-assembly
Soft matter
Dendrimers
Science (General)
Q1-390
Virgil Percec
Ning Huang
Qi Xiao
Benjamin E. Partridge
Dipankar Sahoo
Mohammad R. Imam
Mihai Peterca
Robert Graf
Hans-Wolfgang Spiess
Xiangbing Zeng
Goran Ungar
Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
description Programming living and soft complex matter via primary structure and self-organization represents the key methodology employed to design functions in biological and synthetic nanoscience. Memory effects have been used to create commercial technologies including liquid crystal displays and biomedical applications based on shape memory polymers. Supramolecular orientational memory (SOM), induced by an epitaxial nucleation mediated by the close contact spheres of cubic phases, emerged as a pathway to engineer complex nanoscale soft matter of helical columnar hexagonal arrays. SOM preserves the crystallographic directions of close contact supramolecular spheres from the 3D phase upon cooling to the columnar hexagonal periodic array. Despite the diversity of 3D periodic and quasiperiodic nanoarrays of supramolecular dendrimers, including Frank-Kasper and quasicrystal, all examples of SOM to date were mediated by Im3¯m (body-centered cubic, BCC) and Pm3¯n (Frank-Kasper A15) cubic phases. Expanding the scope of SOM to non-cubic arrays is expected to generate additional morphologies that were not yet available by any other methods. Here we demonstrate the SOM of a dendronized triphenylene that self-organizes into helical columnar hexagonal and tetragonal P42/mnm (Frank-Kasper σ) phases. Structural analysis of oriented fibers by X-ray diffraction reveals that helical columnar hexagonal domains self-organize an unusual rectangular bipyramidal morphology upon cooling from the σ phase. The discovery of SOM in a non-cubic Frank-Kasper phase indicates that this methodology may be expanded to other periodic and quasiperiodic nanoarrays organized from self-assembling dendrimers and, most probably, to other soft and living complex matter.
format article
author Virgil Percec
Ning Huang
Qi Xiao
Benjamin E. Partridge
Dipankar Sahoo
Mohammad R. Imam
Mihai Peterca
Robert Graf
Hans-Wolfgang Spiess
Xiangbing Zeng
Goran Ungar
author_facet Virgil Percec
Ning Huang
Qi Xiao
Benjamin E. Partridge
Dipankar Sahoo
Mohammad R. Imam
Mihai Peterca
Robert Graf
Hans-Wolfgang Spiess
Xiangbing Zeng
Goran Ungar
author_sort Virgil Percec
title Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
title_short Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
title_full Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
title_fullStr Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
title_full_unstemmed Self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a Frank-Kasper σ phase
title_sort self-organization of rectangular bipyramidal helical columns by supramolecular orientational memory epitaxially nucleated from a frank-kasper σ phase
publisher Elsevier
publishDate 2022
url https://doaj.org/article/d3d0f6dc2e574d4799530092278ada67
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