Research Articles
Forging Better Learning: What Education Reform Can Learn from Materials Science
Exploring how materials science principles can inform educational reform through structure-property relationships and iterative design processes.
The Invisible Maze: How Computer Simulations Revolutionize Deep Filtration Science
Explore how numerical simulations are transforming deep filtration science, revealing insights into particle capture in porous media and optimizing filter designs.
The Nano-Reinforcement Revolution: How Tiny Silica Particles are Strengthening Dentures
Discover how silicon dioxide nanoparticles are revolutionizing denture strength through nanotechnology, improving flexural strength and durability of PMMA dentures.
Intellectual Property on Living Organisms: Innovation, Conflicts and North-South Balances
Exploring the historical development and current debates around intellectual property protection for plant varieties, focusing on North-South seed industry dynamics.
The Tissue Engineering Trap: Why Putting the Cart Before the Horse Could Cost Lives
Exploring the risks of focusing solely on tissue engineering without adequate foundational biological research from a policy perspective.
The Invisible Shield: How a Nano-Sandwich is Revolutionizing Your Gadgets
Discover how Aluminum Nitride/Polyimide nanocomposite films solve the critical challenge of heat dissipation in modern electronics while maintaining perfect electrical insulation.
The Peroxidase Paradox: When More Enzyme Activity Doesn't Mean Better Disease Resistance
Exploring the complex relationship between peroxidase activity and rice blast disease resistance in plants.
The New Guardians of Molecular Fingerprints: How Non-Noble Metals Are Revolutionizing Raman Spectroscopy
Exploring recent advancements in non-noble metal based SERS substrates for enhanced Raman spectroscopy applications
Seeing Clots in Real Time: How Viscoelastic Testing is Revolutionizing Blood Management
Discover how viscoelastic point-of-care testing is transforming haemostasis diagnosis and management through real-time clot analysis.
The Sponges That Save the World: Designing the Next Generation of Catalysts
Discover how scientists are building microscopic, super-efficient porous catalysts to revolutionize everything from cleaning our air to powering our future.