Theoretical analysis of Soft Conductive Materials for Next Generation Wearable System

Purpose of the study: Recent advances in strategies for soft materials have transformed wearable or bioelectronics from a rigid form into soft, having advantages terms mechanical similarity with human tissue. Conductive nanocomposites are promising components as conductive interconnects stretchable electronic system. This study is about optimizations nanocomposite enhancing its performances without degrading properties. 
 Methodology: First, we summarize recent metallic nanocomposites. Next, discuss 3-dimensional percolation theory, which basic theoretical basis to understand random system nanocomposite. From this, also briefly search important parameters potential change percolative connections nanoparticles.
 Main Findings: We investigated required parameters, could affect network fillers matrix. Dimension, shape and volume fraction very realize high conductivity composite. By calculating some formula, analyzed effect dimensions on performance composite.
 Implications: can help researchers that analyze them qualitative quantitative approaches.
 Novelty: The applications optimized nanocomposite, especially focused bio-implantable discussed.