Research Articles
Seeing the Unseeable: How Neutron Diffraction Reveals the Hidden World of Novel Materials
Explore how neutron diffraction enables scientists to see atomic structures and accelerates the development of novel materials for energy, healthcare, and technology.
The Crystal Frontier: Engineering the Future of Light
Explore the fascinating world of nonlinear optical materials and the promising semi-organic crystal 2,5-DADP that combines high nonlinearity with structural stability.
Cryogenic Mechanical Alloying: Giving Tires a New Life Through Science
Discover how cryogenic mechanical alloying is revolutionizing tire recycling by transforming waste tires into high-performance materials through extreme cold and mechanical energy.
Nanoscale (Y₂O₃–Fe₂O₃) Films on Monocrystalline InP: A New Frontier in Materials Science
Explore the synthesis and properties of nanoscale Y₂O₃–Fe₂O₃ films on InP substrates, a breakthrough for spintronics and microelectronics.
The Alchemist of Solids: How M.M. Pavlyuchenko Forged the Foundations of Modern Materials Science
Exploring the groundbreaking work of Mikhail Mikhailovich Pavlyuchenko, the Belarusian chemist who transformed solid-state chemistry into a cornerstone of modern science.
The Molecular Alchemists: How Cross-Linking Transforms Slippery Phosphazenes into Super Materials
Exploring how cross-linking reactions transform polyphosphazenes into advanced materials for biomedical, energy, and environmental applications.
The Invisible Armor: How Science "Paints" Super-Materials onto Anything
Exploring the science of thermal spray coatings and their revolutionary applications in aerospace, medicine, and industry.
The Invisible Armor: How Surface Treatments Revolutionize Our World
Exploring the cutting-edge science of surface engineering that protects and enhances materials from smartphone screens to spacecraft hulls.
The Alchemy of Amorphous Solids: How Glass Shapes Our World
Exploring the science, history, and technological impact of glass from ancient times to modern innovations.
Unlocking the Secrets of Super-Foamed Metals: When Materials Learn to Bend Like Plastic
Discover how internal stress superplasticity revolutionizes metallic foam production, enabling lighter, stronger materials for aerospace, biomedicine, and sustainable engineering.