Strategic Objectives
• Understand the chemistry of micro-encapsulated healing agents.
• Explore the engineering of vascular networks for continuous repair.
• Learn how autonomous mitigation extends material life cycles indefinitely.
• Discover the future of 'intelligent' infrastructure and aerospace design.
The Core Challenge
Traditional materials are designed to fail, leading to catastrophic structural collapse and billions in annual maintenance costs.
01
The Dawn of Autonomy
02
Lessons from Nature
03
The Micro-Encapsulation Method
04
The Vascular Architecture
05
Polymer Matrices
06
The Chemistry of Curing
07
Thermosets and Thermoplastics
08
Dynamic Covalent Bonding
09
The Supramolecular Approach
10
Fracture Mechanics
11
Composite Reinforcement
12
Metals that Mend
13
Concrete and Infrastructure
14
Surface Coatings
15
Sensors and Signaling
16
Nanotechnology in Repair
17
The Role of Additive Manufacturing
18
Environmental Impact
19
Aerospace and Defense
20
The Economic Frontier
21