Molecular Chirality Sensing Employing Active and Parity-Time Symmetric Metamaterials

We show that active and parity-time symmetric metamaterials can offer a novel path to molecular chirality sensing, facilitating the detection of even minute amounts of chiral substances and the discrimination of different enantiomers in circular dichroism experiments.

Automated summary

Active and parity-time symmetric metamaterials provide a new approach for molecular chirality sensing, enabling the detection of even small amounts of chiral substances and the differentiation of different enantiomers in circular dichroism experiments.