In the present review we survey the main advances made in recent years on the
understanding of chemical chirality at solid surfaces. Chirality is an important topic, made …

The formation of chiral nanostructures via molecular assembly and reaction on solid
surfaces is a ubiquitous surface process due to the symmetry-breaking at 2D surface …

The interaction of low-energy photoelectrons with well-ordered monolayers of enantiopure
helical heptahelicene molecules adsorbed on metal surfaces leads to a preferential …

Two-dimensional (2D) chirality has been actively studied in view of numerous applications
of chiral surfaces such as in chiral resolutions and enantioselective catalysis. Here, we …

Research on surface chirality is motivated by the need to develop functional chiral surfaces
for enantiospecific applications. While molecular chirality in 3D has been the subject of study …

Conspectus The chiral recognition among biomolecules is fundamentally important for many
processes of life, including the stereochemistry of evolution. Of special interest is chiral …

Two-dimensional (2D) crystal-to-crystal transition is an important method in crystal
engineering because of its ability to directly create diverse crystal materials from one crystal …

The first asymmetric, Brønsted acid catalyzed Biginelli-like reaction of a ketone has been
developed, employing N-substituted isatins as carbonyl substrates, and urea and alkyl …

The discovery of chirality-induced spin selectivity (CISS), resulting from an interaction
between the electron spin and handedness of chiral molecules, has sparked interest in …

Amplification of enantiomeric excesses (ee) is routinely observed during chiral crystallization
of conglomerate crystals for which the enantiomers undergo racemization in solution …