Charles Settens

Papers

Total Citations

627

H-Index

About

Dr. Charles Settens is a pioneering materials scientist whose work bridges the nanoscale and the macroscopic, with a primary focus on developing high-performance, sustainable polymers. His most celebrated contribution is the creation of anti-fatigue-fracture hydrogels, a breakthrough that earned over 620 citations. By engineering nanocrystalline domains within these soft materials, Dr. Settens has unlocked unprecedented durability, making them ideal for demanding applications such as artificial cartilage and resilient components for soft robotics. This work directly addresses the critical challenge of material failure under repeated stress. More recently, Dr. Settens has advanced the field of sustainable manufacturing. In a 2024 study, he demonstrated a novel additive manufacturing platform that uses controlled molecular self-assembly to induce nanoscale anisotropy in renewable biopolymers. This technique enables the production of metre-scale, complex structures—a transformative step toward harnessing biodegradable materials for large-scale engineering without sacrificing performance. By merging nanoscale design with macro-scale fabrication, Dr. Settens is driving a paradigm shift toward eco-friendly, durable materials, positioning himself as a key innovator at the intersection of polymer physics, nanotechnology, and green manufacturing.