Nam Heon Cho

TL;DR: A strategy for synthesizing chiral gold nanoparticles that involves using amino acids and peptides to control the optical activity, handedness and chiral plasmonic resonance of the nanoparticles is developed and it is anticipated that this strategy will aid in the rational design and fabrication of three-dimensional chiral nanostructures for use in plAsmonic metamaterial applications.

TL;DR: This work introduces an ultrathin, soft, skin-conforming sensor technology that offers advanced capabilities in continuous and precise blood flow mapping and establishes a set of experimental procedures and theoretical models for quantitative measurements and guidelines in design and operation.

TL;DR: Basic principles of material science can help to predict and understand metal alloy structure and act as an inspiration for the development of new binary alloy catalysts to further improve CO2 conversion and, ultimately, achieve a carbon-neutral cycle.

TL;DR: In this paper, a review of the reported reaction mechanisms of the CO2 reduction reaction is summarized with CO and HCOO− formation as model reaction systems and the reaction pathways are also discussed with a theoretical consideration.

TL;DR: Material and mechanics designs for differential temperature sensors are presented which can attach softly and reversibly onto the skin surface, and also sustain high levels of deformation, and indicate that thermally insulating materials with cellular structures offer advantages in reducing the response time and increasing the accuracy, while improving the mechanics and breathability.