Research Articles
The Hidden Power of Bendable Materials: How Flexoelectricity is Revolutionizing Technology
Explore how flexoelectricity, the ability of materials to generate electricity when bent, is transforming technology through advanced computational modeling and material engineering.
The AI Revolution in Atomistic Materials Chemistry
Explore how foundation models are transforming atomistic materials chemistry, enabling unprecedented prediction of material behaviors and accelerating scientific discovery.
Squeezing Matter to Unlock Its Secrets: The World of High-Pressure Crystallography
How scientists are using immense pressure to create the materials of tomorrow through high-pressure crystallography.
The Marvel of Graphene: How a Two-Dimensional Material is Revolutionizing Modern Plastics
Discover how graphene is transforming thermosetting polymers, creating stronger, more durable materials for aerospace, electronics, and automotive applications.
Tailoring Friction: How AI is Designing Surfaces at the Molecular Level
Explore how diffusion models and AI are revolutionizing surface engineering by designing molecular-level structures with tailored frictional properties.
The Invisible Shock Absorbers: How Vanadium Nanowires Defy Extreme Forces
Explore how vanadium nanowires are rewriting material science rules with their extraordinary response to extreme forces and high strain rate deformation.
Shining Light on Matter: How Intense Radiation Sources Are Revolutionizing Materials Physics
Explore how intense radiation sources like X-rays and free-electron lasers are transforming our understanding of condensed matter physics and enabling groundbreaking discoveries.
The Hidden Architecture of Life: A Tale of Polymers in Biology
Explore the fascinating world where polymer science and biology collide, revealing how molecular chains shape everything from cellular structures to advanced materials.
The Crystal Ball for Super-Materials: Predicting the Life of Composites
How a new generation of computer models is engineering the future of fiber-reinforced polymer composites through advanced predictive modeling
Engineering Life's Blueprint: The Revolution of Active Self-Assembling Materials
Explore the cutting-edge field of active self-assembling materials that consume energy to reorganize, repair, and adapt like living tissues.