Research Articles
The Flow and Fight of Tiny Particles: Mastering Mineral Mud
Explore the fascinating science of concentrated mineral suspensions, from aggregation and rheology to industrial applications and experimental findings.
Rewriting Your Past: The Science of Memory Reconsolidation
Explore the revolutionary science of memory reconsolidation and how our memories can be rewritten during recall.
Oxygen's Split Personality: How a Hidden Switch Controls a Powerful Reactant
Discover how scientists uncovered the thermal switch controlling oxygen's transformation from life-sustaining gas to destructive singlet oxygen, with implications for medicine and energy storage.
The Great Polymer Squeeze: Unfolding the Mystery of the Coil-Globule Transition
Explore the fascinating world of polymer physics and the coil-globule transition - how microscopic polymer chains transform from loose coils to dense globules.
The Silent Sentinels: How Conducting Polymers are Revolutionizing Gas Sensing
Explore how conducting polymers are transforming gas sensing technology with room-temperature operation, flexibility, and high sensitivity for environmental monitoring and medical diagnostics.
Lab on a Budget: The Pocket-Sized Machine Transforming How We Teach Materials Science
Discover how the Build-Your-Own-Extensometer (BYOE) is revolutionizing materials science education with low-cost, hands-on learning.
Performance Software Approaches for Kinetic Architecture: Programmable Matter Based Simulations
Explore cutting-edge performance software for kinetic architecture powered by programmable matter. Learn about simulation tools, case studies, and the future of dynamic building design.
Tiny Mailmen in Your Bloodstream: The Nano-Spheres Delivering Medicine of the Future
Explore how PEG-PLGA nanospheres are revolutionizing drug and gene delivery through advanced nanotechnology and the Emulsion Solvent Diffusion method.
IT'S ELECTRIFYING: The Plastic Revolution Powering Our Future
Explore the revolutionary world of conductive polymers - flexible, lightweight materials that conduct electricity and power next-generation technologies from flexible electronics to medical implants.
Modern Porous Polymer Implants: The Science of Healing with Scaffolds
Explore the revolutionary science behind modern porous polymer implants - how they work, manufacturing techniques, and their potential to transform tissue regeneration.