Research Articles
The Man Who Measured Squish: Nicholas Tschoegl and the Science of Stuff
Explore the fascinating work of Professor Nicholas W. Tschoegl in rheology - the science of how materials flow and deform, from Silly Putty to industrial polymers.
The Power Within: Unveiling the Science and Future of Lithium-Ion Batteries
Explore the science, environmental impact, and future of lithium-ion batteries - the technology powering our modern world and sustainable energy transition.
The Living Bandage: How Enzyme-Laden Bioactive Hydrogels Could Monitor and Heal You From Within
Explore the revolutionary world of enzyme-laden bioactive hydrogels - smart materials that can sense, respond, and deliver targeted therapy within the human body.
The Cellular Carpet: How a New Surface Treatment Guides Healing
Discover how a revolutionary surface treatment immobilizing fibronectin directs cellular repair with unprecedented precision in wound healing and tissue engineering.
The Secret Life of Squishy Stuff: How Clay Supercharges Rubber
Discover how nano-clay transforms rubber blends, enhancing strength and durability through polymer science innovations.
Giving Plastic a Superpower: The Art of Grafting Molecular Bodyguards
Discover how thermomechanical grafting of nitroxyl radicals creates more durable, long-lasting low-density polyethylene plastics through molecular engineering.
Cryogenic Mechanical Alloying: Giving Old Tires a New Life Through Deep Freeze Technology
Discover how cryogenic mechanical alloying transforms waste tires into valuable composite materials through deep freezing technology and mechanical processing.
The Hidden Power of Green Rocks: How a Common Mineral Might Have Sparked Life's First Code
Discover how clinochlore's natural nanoscale surface potential can align nucleotides and drive DNA conformational change, potentially explaining life's origins.
Engineering Research Centers: Where Tomorrow's World is Being Built
Explore how Engineering Research Centers are driving innovation through collaborative research in AI, smart materials, sustainable energy, and biotechnology.
The Tiny Brushes Revolutionizing Conducting Polymers
Discover how spherical polyelectrolyte brushes are transforming conducting polymers through advanced doping techniques, enabling revolutionary applications in electronics, energy storage, and sensors.