Research Articles
Powering the Future: The Clean Energy Revolution Transforming Our World
Explore the cutting-edge technologies reshaping our energy landscape - from revolutionary solar materials to the complex promise of green hydrogen.
The Clean Energy Bottleneck: How New Catalysts Are Paving the Way for Affordable Green Hydrogen
Exploring platinum-group-metal-free oxygen evolution electrocatalysts for alkaline water electrolysis and their role in green hydrogen production
The Hidden Battle: Unveiling and Defeating Degradation in Hydrogen-Producing Water Electrolyzers
Explore the degradation mechanisms, diagnostic techniques, and mitigation strategies in PEM water electrolyzers for green hydrogen production.
Cobalt's Blue Revolution: Powering the Future of Clean Hydrogen
Explore how cobalt-based materials are revolutionizing water splitting technologies for clean hydrogen production through catalytic, electrocatalytic, photocatalytic, and photoelectrocatalytic methods.
The Molecular Matchmaker: Unlocking Hydrogen from Everyday Alcohol
How scientists are peering into the heart of catalysts to build a cleaner energy future through alcohol steam reforming.
The Green Fuel's Best Friend: Finding a Diamond in the Rough for a Cleaner Future
Exploring how first-principles calculations are helping scientists find non-precious metal catalysts to replace platinum in green hydrogen production.
The Hidden Architecture of Green Fuel: How Ionomer Dispersion Builds Better Catalysts
Discover how ionomer dispersion creates efficient catalyst layers for green hydrogen production through advanced 3D microstructure analysis.
The Flat Marvel Going 3D: How MXenes are Revolutionizing Clean Hydrogen Production
Discover how 3D MXene architectures are overcoming aggregation challenges to revolutionize electrochemical water splitting for clean hydrogen production.
Spark to Flame: How a Pinch of Catalyst Supercharges the Hydrogen Revolution
Explore how catalyst percentage in electrolysis dramatically increases hydrogen production volume and improves flame characteristics for a cleaner energy future.