Створення біорозкладної електроніки направленим дихроїчним випромінюванням від лазерного джерела

Abstract

This work is devoted to the development of biodegradable electronic structures formed by directed dichroic laser radiation. The method is based on the use of a composite photosensitive layer containing conductive inclusions and a UV-curable binder. Under simultaneous exposure to ultraviolet and additional activating wavelengths, selective polymerization and activation of conductive pathways occur. This approach allows forming functional electronic elements without traditional etching processes. The obtained results demonstrate the possibility of spatial control of conductivity and material structure. The proposed technology is promising for eco-friendly electronics and biomedical applications