A conceptual model for forming surfaces with enantiomeric functionality from achiral molecules.

Area of Science:

• Solid-state chemistry
• Crystallography
• Chirality

Background:

• Achiral molecules typically do not exhibit enantiomeric properties.
• Creating enantiomeric surfaces is crucial for various applications, including chiral separations.

Purpose of the Study:

• To propose a method for generating enantiomeric surface functionality using achiral molecules.
• To explore the solid-state analogue of existing chiral chromatographic devices.

Main Methods:

• Utilizing a meso compound, which is achiral overall but contains chiral centers.
• Controlling the crystallization orientation of the meso compound.

Main Results:

• Specific crystallization orientations can lead to opposing crystal faces with opposite handedness.
• This provides a means to achieve enantiomeric functionality on a surface.

Conclusions:

• Meso compounds can be leveraged in the solid state to create surfaces with distinct enantiomeric properties.
• This approach offers a new strategy for enantiomeric surface formation.