Chirality is one of the most fascinating occurrences in the natural world and plays a crucial
role in chemistry, biochemistry, pharmacology, and medicine. Chirality has also been …

Ligand-induced chirality in semiconductor nanocrystals (NCs) has attracted attention
because of the tunable optical properties of the NCs. Induced circular dichroism (CD) has …

Two-dimensional (2D) nanomaterials have been intensively investigated due to their
interesting properties and range of potential applications. Although most research has …

Fast and reliable separation of enantiomers of chiral nanoparticles requires elimination of all
the forces that are independent of the nanoparticle handedness and creation of a sufficiently …

Twisted bilayer graphene (TBG) is a two-dimensional chiral material whose optical activity is
remarkably strong for its atomic thickness. While the chiral optical properties of TBG are …

Recent experiments have probed the chiral properties of semiconductor nanocrystal (NC)
quantum dots (QDs), but understanding the circular dichroism line shape, excitonic features …

Large surface-to-volume ratio, one-dimensional quantum confinement, and strong optical
activity make chiral nanoscrolls ideal for the detection and sensing of small chiral molecules …

A first quantum‐mechanical theory of chiral semiconductor nanoscrolls is presented. The
theory allows one to analytically calculate the rotatory strengths and dissymmetry factors of …

The advancement of optical technology demands the development of chiral nanostructures
with a strong dissymmetry of optical response. Here, we comprehensively analyze the chiral …

We present rigorous analysis of optical activity of chiral semiconductor gammadions whose
chirality in three dimensions is caused by the nonuniformity of thickness in the transverse …