India, Jan. 7 -- A new nanofabrication method developed at the University of Glasgow could influence how next-generation electronic devices are designed to cope with electromagnetic interference (EMI), especially for upcoming technologies such as 6G wireless communication networks, Wi-Fi systems, radar, and biotelemetry.

Published in the December 2025 issue of ACS Nano, the research outlines a dual-process innovation combining interfacial dielectrophoresis (i-DEP) with non-contact picosecond laser processing to fabricate ultrathin, transparent, and flexible EMI shielding films using aligned silver nanowire (AgNW) networks.

The method provides a solution to a longstanding material challenge-achieving high shielding effectiveness without ...