RESEARCH / PROGRAM MAP
Follow the question.
Across disciplines.
Explore six application horizons and the foundational modeling questions behind them.
Light → useful energy
Measure how living interfaces collect light and deliver electricity. Account for chemistry, stored charge and the energy needed to operate the system.
Explore the program ↗Metric FlightLight → controlled motion
Recover a known photon force, then investigate whether programmable optical surfaces can control the direction of momentum transfer.
Explore the program ↗WeatherhillFields → water recovery
Study how droplets respond to fields, flow and collecting surfaces. Measure water recovery and visibility independently.
Explore the program ↗Karam BioscienceStructure → cellular function
Explore mechanical and electrical influences on cell behavior, with functional endpoints and biological context at the center.
Explore the program ↗Death XMaterial → continuity
Investigate biological preservation and durable life records, with identity, material quality and retrieval as explicit requirements.
Explore the program ↗Project First CellChemistry → organization
Investigate defined chemical and compartment-level behavior on the path toward understanding cellular organization.
Explore the program ↗NetPhysics / foundational questions
NetPhysics explores geometry, physical history and scale. For Matter Continuum, the next useful contribution is a model that makes a specific prediction, outperforms a suitable baseline on independent data, and exposes its assumptions.
Explore NetPhysics ↗