New Paper by Jostin Joby Published in Advanced Functional Materials
Congratulations to our PhD student Jostin Joby on his recent publication in Advanced Functional Materials!
The study presents a novel laser-based method for creating ultrathin metal-oxide nanopores that can detect and distinguish individual biomolecules with exceptional precision. By combining laser sculpturing in liquid with atomic layer deposition, the team achieved rapid, label-free detection of DNA, microRNA, and proteins — paving the way for next-generation biosensing and single-molecule sequencing technologies.