Minireview
Factors influencing the chiral imprinting in perovskite nanoparticles
This work discusses the imprinting of optoelectronic chirality on hybrid-organic inorganic perovskites, which are a new class of chiral nanomaterials for manipulation and control of spin polarized current and circularly polarized light.
Emerging chiral sulfur-based nanomaterials for chiroptical applications
This review covers fundamental principles and techniques for measuring chiral properties as well as the synthesis of chiral sulfur-based nanomaterials, their optical and chiroptical properties, and possible applications.
From Synthesis to Chiroptical Activities: Advancements in Circularly Polarized Luminescent Inorganic Quantum Dots
Macroscopic chiral symmetry breaking in gelation of Fmoc-amino acids: homochiral selective secondary nucleation promoted by the choice of solvent or stirring
Homochiral selective secondary nucleation, promoted by the choice of solvent or stirring, was suggested as the key process for the emergence of macroscopic chiral symmetry breaking in the gelation of Fmoc amino acids.
Odd–even effect in chiral side-chain cyanobiphenyl block copolymer assemblies prepared by polymerization-induced chiral self-assembly
In the system for the in situ synthesis of side-chain cyanobiphenyl block copolymer assemblies, varying the spacer units in CB monomers revealed two distinct odd–even effects.
Radiative energy transfer enabling upconverted circularly polarized persistent luminescence for multilevel information encryption
Nanoscale chirality generated in zinc(II) orthophosphate clusters: evidence by vibrational circular dichroism
Nanoscale chirality exists in inorganic zinc(II) orthophosphates as confirmed by solid state vibrational circular dichroism.
Paper
“Sergeants-and-soldiers” principle in the synthesis of intrinsically chiral Au13 clusters
Single chiral ligand coordination effectively deracemizes intrinsically chiral Au13 clusters with binary mixed ligands of chiral and achiral diphosphines.
Engineering circularly polarized light emission in nanostructured oligodimethylsiloxane-helicene chiral materials
Nanostructured oligodimethylsiloxane-helicene-pyrene chiral materials exhibit an excimeric response and improved CPL activity in the bulk state.
Controlling the optical properties of chiral nematic mesoporous organosilica films with bioadditives
Chiral nematic mesoporous organosilica (CNMO) films have unique iridescent properties that make them attractive candidates for decorations, sensing and photonics.
Paper
Nanorod-associated plasmonic circular dichroism monitors the handedness and composition of α-synuclein fibrils from Parkinson's disease models and post-mortem brain
Nanorod-based plasmonic circular dichroism distinguishes the composition and features of different αSyn fibrils.
Paper
Supramolecular polymerization of [6]helicene-based cyano-luminogens: on the overall efficiency of self-assembled circularly polarized emitters
The supramolecular polymerization of the [6]helicene-based luminophores 1 and 2, showing a rich dichroic pattern, is reported. The inherent chirality of both the monomeric and aggregated species of 1 and 2 provides the systems with a remarkable overall CPL-efficiency.
Paper
Development of low-cost, compact chiroptical imaging systems
Real-time circularly polarised imaging is achieved using two low-cost (<£2000) and compact imaging systems controlled by open-source python software.
About this collection
Chiral Nanomaterials have gone from being largely anecdotal curiosities to sophisticated materials with distinctively strong polarization rotation that had become an enabler for the areas, such as biosensing, catalysis and displays. Chiral nanostructures also have enormous potential in emerging technologies related to biomedicine, optoelectronics, spintronics, and information technologies. The great progress in the last two decades on the synthesis of chiral nanocolloids, their assemblies, chiral porous materials, chiral clusters, chiral soft nanostructured materials, chiral composites, to name a few, have made possible the discovery of new physical phenomena such as those related to the enhanced light-matter interactions and tunable Cosserat-Cauchy mechanics. This special themed collection in Nanoscale, guest edited by Professor David Amabilino (ICMAB, Spain), Professor Jeanne Crassous (CNRS Institut des Sciences Chimiques de Rennes, France), Professor Pengfei Duan (NCNST, China) and Professor Nicholas Kotov (University of Michigan, USA) aims to provide a platform to showcase the latest progress and challenges in chiral nanomaterials. We hope you enjoy reading the articles published in the collection.