Unraveling Conduction Pathways in Graphene Transistors with EMI-TFSI Interface

Quick Summary

• The study, published in the Proceedings of the National Academy of Sciences (Volume 122, Issue 17, April 2025), examines the interaction between ionic and electronic currents at liquid-solid interfaces.
• Findings suggest these interactions impact phenomena like quantum friction and hydroelectronic energy harvesting.
• The research investigates mixed ionic-electronic transport at such interfaces for potential applications in advanced energy systems.

Indian Opinion Analysis
This research highlights emerging possibilities in harnessing energy from liquid-solid interface interactions, wich could resonate with India’s push for innovative solutions to address its growing energy needs. With India heavily investing in renewable technologies like solar and hydroelectric power, advancements in hydroelectronic energy harvesting could provide a complementary avenue for enduring development strategies. Additionally, exploring quantum-level mechanisms might inspire collaborations between Indian academic institutions and international bodies to further scientific progress.Read More