where curiosity flows . . .
How energy is stored, transferred, and transformed—and how matter reorganizes, fails, and enables what comes next.
Energy & Matter research studies how energy is stored, transferred, and transformed—and how matter organizes, changes phase, fails, and enables new technologies.
Start with the core research questions, then follow the foundations and tools that make progress possible. Applied outcomes live in the “Applied Threads” section below.
Explore real-world themes that recombine foundations and methods.
Batteries, interfaces, degradation, and scaling limits.
Explore →From microstructure to properties to performance.
Explore →Thermal systems, cooling, and transport constraints.
Explore →High pressure, high temperature, radiation, and failure.
Explore →Batteries, interfaces, degradation, and scaling limits.
Explore →From microstructure to properties to performance.
Explore →Thermal systems, cooling, and transport constraints.
Explore →High pressure, high temperature, radiation, and failure.
Explore →