Maxi Hoffmann

Papers

Total Citations

149

H-Index

About

Maxi Hoffmann is a materials scientist whose research focuses on the design, fabrication, and advanced manufacturing of functional polymer gels. Her major contributions lie at the intersection of polymer chemistry and 3D printing, where she has pioneered new classes of soft materials with unprecedented properties. Her most influential work, "Tough, Transparent, 3D‐Printable, and Self‐Healing Poly(ethylene glycol)‐Gel (PEGgel)" (2021, 144 citations), introduced a groundbreaking hydrogel that combines mechanical toughness, optical clarity, and autonomous self-healing—a rare combination that has significant implications for biomedical devices, flexible electronics, and soft robotics. This work demonstrated how solvent choice critically governs polymer network performance, opening new design paradigms. More recently, Hoffmann has advanced the field with "Solvent‐Independent 3D Printing of Organogels" (2024, 5 citations), which overcomes a major manufacturing bottleneck by enabling the printing of organogels regardless of solvent type, vastly expanding the material palette for soft machines and wearable technologies. Her research is notable for systematically decoupling material properties from processing constraints, making complex functional gels more accessible for real-world applications. Hoffmann’s work is widely cited for its practical impact on 3D-printable soft materials that are both durable and adaptive.