Research Articles
The Energy Battle Within: Predicting When Materials Break
Explore energy-based failure criteria for predicting material failure in nonlinear materials and long-term static strength applications.
Breaking the Chain Length Barrier: The Quest for Ultra-High Molecular Weight Polymers
Discover how advances in reversible deactivation radical polymerization are enabling the creation of ultra-high molecular weight polymers with unprecedented precision and control.
The Glass Born from Life's Building Blocks
Discover how researchers are creating bulk transparent supramolecular glass from nucleosides, offering sustainable alternatives to conventional materials.
Success Stories in Mixed Waste: How Technology Transfer Is Building a Cleaner Future
Exploring how technology transfer in mixed waste management transforms local solutions into global revolutions for a sustainable future.
The Invisible Lab on a Fiber: How Hair-Thin Fibers are Revolutionizing Medical Sensing
Explore how surface-modified multifunctional fibers are transforming medical biosensing through advanced engineering and nanotechnology
Sugar-Based Scaffolds: How Pullulan and Dextran Are Revolutionizing Bone Repair
Explore how natural sugar polymers pullulan and dextran are transforming bone tissue engineering through innovative scaffold technologies for bone regeneration.
Microbial Alchemists: Engineering Super-Strains to Brew Tomorrow's Biofuels
Explore how scientists are engineering microbial factories to produce next-generation biofuels through synthetic biology and metabolic engineering.
The Invisible Revolution: How Materials Science is Reshaping Our World
Explore groundbreaking materials science discoveries including metamaterials, aerogels, self-healing polymers, and copper superalloys that are transforming industries.
Nature's Blueprint: Engineering the Future of Tissue Repair with Bacteria and Shells
Discover how bacterial cellulose and chitosan scaffolds are revolutionizing tissue engineering through eco-friendly methods like ice-templating.
Seeing the Unseeable: How Indian Scientists are Building Revolutionary Windows into Atomic Worlds
Explore how Indian scientists are advancing materials science through in-situ X-ray spectroscopy at Indus-2 and developing revolutionary neutron supermirrors for atomic-level research.