Defence Institute of Advanced Technology

Bioelectrical Parameters of Living Systems: A Scientific Framework for Understanding Voltage, Current, Frequency and Biological Function

Change in v1.2.3 (19 September 2026). The Availability-of-data statement is corrected, and nothing else is. It said the deposited database contains 175 records, and it quoted a version DOI alongside the concept DOI. Both had gone stale: the database now holds 210 records, and the...

Experimental and numerical investigation of voltage-dependent active vibration control on a notch-cracked composite mono leaf spring

This paper presents combined experimental and numerical research on the application of an Active Vibration Control System (AVCS) to a cracked glass-fibre-reinforced polymer (GFRP) composite mono leaf spring for automotive suspension systems, an application that, to the authors’ k...

Polymer–Microbe Interfaces for Enhanced Electron Transfer in Microbial Fuel Cells

The increasing demand for sustainable energy storage has highlighted the limitations of lithium‐ion batteries, including resource depletion, thermal instability, electrode degradation, and limited recyclability. These challenges have stimulated interest in microbial fuel cells (M...

Computational and ML methods in MOF based supercapacitors - from mechanistic understanding to future materials design

Metal organic frameworks (MOFs) have emerged as promising electrode materials for supercapacitor (SC) due to their high surface areas, tunable porosity, and redox active sites. However, the vast chemical space of MOFs leads to millions of possible structures, makes experimental t...

Self-powered systems via enzymatic catalysis: Design and performance of glucose-based biobatteries

The escalating need for sustainable, biocompatible and subminiaturized natural power sources has driven noteworthy interest in glucose-based enzymatic biobatteries as alternatives to conventional electrochemical batteries. These systems harness biochemical reactions to convert th...