Research Articles
The Nitrogen Revolution: Unlocking Nature's Hidden Energy
Explore the science behind catenated nitrogen systems, nature's perfect energy storage with applications in cleaner rocket fuels and safer explosives.
The Quantum Hop: How Hydrogen's Secret Mechanism Powers Our World
Explore the quantum mechanics of hydrogen hopping, from the Grotthuss mechanism to modern applications in clean energy technology.
The Invisible Revolution: How Confined Catalysis is Powering Our Sustainable Future
Discover how confined catalysis is transforming chemical reactions in tiny spaces to create sustainable energy solutions and environmental cleanup technologies.
Nano-Revolutions: How Tiny Materials Could Solve Our Biggest Energy and Water Challenges
Exploring how nanoscale engineering is creating transformative solutions for global energy and water challenges through advanced materials and innovative technologies.
Power from Thin Air: How Graphene Oxide Nanoroads Could Revolutionize Energy
Discover how graphene oxide nanoroads are transforming thermoelectric energy harvesting with unprecedented efficiency and flexibility.
The Invisible Dance: How Ultrafast Movements Power Our Energy Future
Explore the quantum world of ultrafast interfacial proton-coupled electron transfer (PCET) and its revolutionary impact on clean energy technologies.
The Future of Energy: How Proton-Conducting Ceramics Will Change Our World
Exploring how proton-conducting ceramic La₁₋ₓSrₓScO₃₋α could revolutionize energy production and storage through advanced material science.
The Four-Electron Revolution: How Lithium-Oxygen Batteries Could Power Our Future
Exploring the breakthrough in high-energy-density lithium-oxygen batteries based on reversible four-electron conversion to lithium oxide.
Power Up: What If Our Batteries Were 40% More Efficient?
Exploring the revolutionary potential of a 40% efficiency boost in electrochemical energy systems and how it could transform our world.
Beyond the Thermometer: The Hidden Science That Shapes Our World
Exploring the critical role of thermophysics in energy, materials science, and climate modeling through the lens of the 18th Symposium on Thermophysical Properties