Multiple Chinese universities and research institutes

Semiconductor material used as a prototype in this research for hydrogen evolution. TiO2 is abundant, low-cost, and more sustainable than platinum-based alternatives.

Computational method developed by Melander and Honkala that enables the inclusion of electrode potential in atomic and electron level simulations of semiconductor electrochemistry.

Advanced spectroscopic technique used in experimental validation to characterize charge centers and electronic states during hydrogen evolution.

Central Finland (Jyväskylä)

Research project studying how semiconductor materials enable green hydrogen production through photoelectrochemistry and electrocatalysis, specifically investigating polaron-mediated hydrogen evolution on titanium dioxide surfaces.

Prototype semiconductor electrode material demonstrating polaron-mediated hydrogen evolution reaction as alternative to platinum-based catalysts

Computational method for modeling semiconductor electrochemistry at atomic and electron levels, enabling inclusion of electrode potential effects in simulations