Research Scope
Fusion Science For Resilient Systems
This lab explores plasma confinement, compact fusion architectures, and high-density energy generation pathways that can inform next-generation humanitarian infrastructure. Its work supports the Division of Physics & Computational Mathematics through mathematically rigorous modeling, experimental validation, and systems-oriented energy research.
Plasma Modeling
Develops computational models for plasma stability, magnetic confinement behavior, and thermal transport under extreme operating conditions.
Compact Energy Systems
Assesses scalable fusion-adjacent energy concepts that could strengthen remote operations, emergency logistics, and resilient power planning.
Capabilities
Core Research Priorities
Confinement Analytics
Investigates magnetic geometry, plasma turbulence, and control strategies needed to sustain stable high-temperature confinement.
Computational Simulation
Uses advanced mathematical methods and high-performance modeling to test reactor behavior, energy transfer, and failure scenarios.
Field Energy Relevance
Translates frontier energy research into long-horizon concepts for resilient humanitarian infrastructure and expeditionary support systems.
Support
Advance Physics Research
Help Pacific 7.0 International expand science-informed research capacity across advanced energy, computational modeling, and humanitarian resilience.