a racemic population of ethylenediamine sulfate crystals can be driven into crystals of a single handedness (i.e. stochastic chiral symmetry breaking).

This ongoing debate highlights the complexity of understanding how chiral symmetry breaking occurs and the implications it has for the broader understanding of molecular asymmetry in biological ...

This type of interaction is crucial for numerous emerging nanotechnologies – including nanorobotics, where the chirality of nanorobots can ... of light and a tightly focused beam lead to a ...