Laserová syntéza cyklodextriny funkcionalizovaných nanoslitin pro aplikace v katalýze

Enantioselective catalysts will be created by combining two promising concepts; the natural chirality of cyclodextrins and the laser-synthesized magnetic nanoalloys' neatness. To date, the methodologies used for the production of these types of catalysts are still limited, hazardous, and generate considerable amounts of chemical waste. The proposed methodology will allow the production of materials able to work as highly selective catalysts in asymmetric reactions and minimize the chemical waste-production and the risks associated with their recovery and reusability, incrementing in this way their worth for industries relying on these reactions like the pharmaceutical one. Overall, due to its eco-friendly perspective and exact design degree. The current project's realization may represent a breaking point in highly valuable catalysts' environmental conscious design.