Research Articles
The Secret Life of Fuel Cells: How Break-In Transformation Powers the Hydrogen Revolution
Explore the electrochemical characterization of fuel cells before and after break-in and its critical importance in manufacturing diagnostics for the hydrogen revolution.
The Platinum Problem: How Non-Noble Metals are Powering a Clean Energy Revolution
Discover how non-noble metal catalysts are replacing platinum in fuel cells, making clean energy more affordable and accessible through scientific innovation.
The Materials Revolution: How Cornell is Building the Fuel Cell of the Future
Explore how Cornell's Fuel Cell Institute is pioneering materials science to create the next generation of efficient, affordable fuel cells for clean energy.
The Engine of Tomorrow: How Ionomer Blending is Revolutionizing Fuel Cell Technology
Discover how blending ionomers with different equivalent weights is transforming fuel cell technology, enabling better performance across varying humidity conditions and accelerating the transition to clean energy.
The Thermal Tug-of-War: How Heat Flow Shapes Water in Fuel Cells
Exploring the critical role of thermal conductivity in Gas Diffusion Layers for fuel cell performance and water management
The Shield Protectors: How Corrosion-Resistant Coatings Are Revolutionizing Hydrogen Fuel Cells
Exploring the development of corrosion-resistant coatings for bipolar plates in PEM fuel cells - a comprehensive review of materials, methods, and performance metrics.
Cracking the Code: How 4D Imaging Reveals the Hidden Life of Fuel Cell Membranes
Discover how 4D in situ visualization is revolutionizing fuel cell membrane research by revealing the mechanical degradation processes in real-time.
The Nano-Architect: How a Novel Catalyst Support is Revolutionizing Heavy-Duty Fuel Cells
Discover how Pt catalysts supported on Nb-SnO2/CeO2 are solving durability challenges in polymer electrolyte fuel cells for heavy-duty vehicles.
The Unbreakable Alliance: How Pt-Co Alloys Are Forging Durable Fuel Cells
Explore how Pt-Co alloy catalysts are revolutionizing PEM fuel cell technology by enhancing durability and performance under cyclic potentials.
The Tiny Architectural Marvel Supercharging Fuel Cells
Discover how nitrogen-doped Pt-based core-shell catalysts are revolutionizing fuel cell technology by enhancing oxygen reduction reaction efficiency and reducing platinum dependency.