conduction

Watanabe’s team modeled this interplay mathematically and also recorded the speed of signal conduction in real mouse neurons with different degrees of pearling.

The Kondo effect, a quantum phenomenon where electron interactions create conduction, typically depends on the number of electrons in the quantum dot.

"So little can make such a big difference in conduction velocity and the synchronicity of the circuit."

Other applications areas could include proton conduction, catalysis, water capture and hydrogen storage.

Using an innovative approach to produce high-quality single crystals, the team performed some of the first intrinsic conduction measurements on ternary perovskite hydrides.