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Title: Emerging nanoscience with discotic liquid crystals
Authors: Kumar, Manish
Varshney, Shalaka
Kumar, Sandeep
Keywords: Nanomaterials
Discotic liquid crystal
Quantum dots
Issue Date: Mar-2021
Publisher: Nature for The Society of Polymer Science Japan (SPSJ)
Citation: Polymer Journal, 2021, Vol. 53, p283-297
Abstract: Discotic liquid crystals (DLCs) are one-dimensional organic semiconducting materials and represent new low cost, rejuvenating materials in optoelectronics. The development of novel supramolecular materials based on liquid crystals (LCs) hybridized with various metallic, semiconducting, and carbon-based materials with optimized functionalities on the nanometer scale attracted much attention in liquid crystal nanoscience. The ability to combine supramolecular liquid crystalline chemistry with nanoscience is very attractive for several reasons. This review focuses on our recent advances in discotic liquid crystal nanoscience. Driven by the self-assembly of both liquid crystals and nanostructures, LC–nanomaterial nanocomposites (LC–NCs) are spontaneously formed through molecular self-organization at the nanometer scale. The careful design of different LC–NCs through enhanced LC properties opened a new era for organic electronics. A brief introduction to LCs is presented with emphasis on DLCs, which is followed by recent developments in the self-assembly of various nanostructures in discotics. We focus on how nanostructures can be self-assembled in such supramolecular materials so that self-organizing functional systems of discotics can be created with tuned physical properties, such as the thermal stability, optoelectronic and dielectric parameters, and response time, in LCs. We conclude this review by discussing the further development of nanoscience with LCs and applications in organic electronics
Description: Restricted Access.
ISSN: 0032-3896
1349-0540 (online)
Alternative Location:
Copyright: 2021 The Society of Polymer Science , Japan (SPSJ)
Appears in Collections:Research Papers (SCM)

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