Strategic Objectives
• Master the molecular synthesis of flexible, high-conductivity organic materials.
• Minimize skin-electrode impedance through advanced surface chemistry.
• Engineer biocompatible interfaces that eliminate mechanical mismatch.
• Optimize signal transduction for long-term, high-fidelity neural and cardiac monitoring.
The Core Challenge
Traditional metal electrodes fail to bridge the gap between rigid hardware and the soft, ionic world of human biology, leading to high impedance and signal loss.
01
The Bioelectronic Frontier
02
Foundations of Conductive Polymers
03
The Physics of Conjugation
04
PEDOT: The Industry Gold Standard
05
The Polyaniline Pathway
06
Polypyrrole Synthesis
07
Charge Transport Mechanics
08
The Skin-Electrode Interface
09
Understanding Bioimpedance
10
Electrochemical Impedance Spectroscopy
11
Doping Strategies
12
Organic Mixed Ionic-Electronic Conductors
13
Surface Functionalization
14
Flexible Electronics Fundamentals
15
Hydrogels and Hybrid Materials
16
Electrocatalysis in Sensing
17
Biocompatibility and Toxicology
18
Organic Electrochemical Transistors
19
Environmental Stability
20
Nanostructuring Organic Interfaces
21