Research Articles
The Digital Alchemist: How Large Language Models are Revolutionizing the Creation of New Materials
Explore how large language models are transforming reticular chemistry, accelerating the discovery of revolutionary materials like MOFs and COFs for climate solutions and sustainable technologies.
The Invisible Web That Could Withstand a Blast Furnace
Discover how web-type polycrystalline silicon carbide fibers are revolutionizing high-temperature applications in aerospace and energy through electrospinning and aluminum doping.
The Tiny Machine Probing Fusion's Biggest Challenges
How the Compact Divertor Plasma Simulator is helping solve nuclear fusion's material challenges
The Invisible Fault Line: How Adiabatic Shear Shapes High-Speed Impacts
Exploring the science of adiabatic shear bands, their formation in high-speed impacts, and the latest research challenging traditional theories about heat's role in material failure.
The Rise and Fall of LK-99: How Science Sleuths Solved a Superconductor Mystery
The story of LK-99, the material that promised room-temperature superconductivity, and how the global scientific community debunked the extraordinary claims.
The Molecular Sponge Revolution: How MOFs are Transforming Our World
Explore how Metal-Organic Frameworks (MOFs) are revolutionizing materials science and solving environmental challenges through molecular-scale engineering.
The Microscopic Detective: How AI Curiosity is Revolutionizing Materials Science
Discover how curiosity-driven AI is transforming microscopy and accelerating materials science discovery through intelligent, targeted exploration.
The Invisible Dance of Carbon Nanotubes: How Atomic Dynamics Shape Our Technological Future
Explore the atomic-level dynamics of single-walled carbon nanotubes and how computational chemistry is revealing the secrets of their formation, defect healing, and technological applications.
Cracking the Code: How AI is Automating Material Discovery
Explore how AI and machine learning are revolutionizing material discovery by automating image analysis and accelerating scientific breakthroughs.
The Bend Test: How a Tiny Wire Powers Your Perfect Smile
Discover the materials science behind orthodontic archwires and how elastic modulus enables precise tooth movement through bending tests.