Benjamin Partridge

Benjamin Partridge is an Assistant Professor recognized for his research in biomimetic materials and soft matter physics. His work focuses on engineering impact-resistant materials inspired by biological systems, particularly leveraging sacrificial bonds found in natural materials like those in human feet or woodpecker anatomy. He leads a research group exploring fundamental questions in material science with applications in protective coatings, medical implants, and force-resistant garments.

Dr. Partridge has received prestigious recognition including the Air Force Office of Scientific Research (AFOSR) Young Investigators Award, which supports his project on hierarchical noncovalent energy dissipation mechanisms. His research integrates principles from chemistry, materials science, and bioengineering to develop novel materials with self-healing capabilities and enhanced durability.

Key technical contributions include advancements in colloidal crystal engineering, supramolecular assembly pathways, and programmable DNA-based materials. His work spans from foundational studies to applied innovations, bridging nanotechnology and macro-scale material functionality.

Awards:

• Young Investigators Award (AFOSR, 202X)

Research Themes:

• Bioinspired material design
• Energy dissipation mechanisms
• Self-assembly processes
• Programmable molecular systems