Research Articles
MXenes: The Two-Dimensional Wonder Material Powering Our Sustainable Future
Discover how MXenes, revolutionary two-dimensional materials, are transforming sustainable energy solutions through advanced energy storage, environmental sensing, and catalysis.
The East-West Divide: How Technology is Reshaping China's Green Farming Revolution
Exploring regional disparities in technology-driven green agricultural development across China and the spatial spillover effects influencing this transformation.
Thirty Years of Ionic Liquids: From Lab Curiosity to Life in Space?
Explore the fascinating journey of ionic liquids from chemical curiosity to revolutionary materials enabling space exploration and sustainable technologies.
The Green Revolution in Steel: Rethinking Coke Metallurgy
Exploring the transition from traditional coke-based steelmaking to innovative non-coke metallurgy technologies for a sustainable future.
Nature's Nano-Factories: Brewing a Sustainable Revolution, One Tiny Particle at a Time
Explore how green synthesis of nanoparticles using plants and microorganisms is revolutionizing nanotechnology with sustainable, eco-friendly methods.
The Green Nano-Revolution: How Nature is Powering Tomorrow's Technology
Explore how green synthesis of nanoparticles using plant extracts and natural processes is revolutionizing technology, medicine, and environmental solutions.
The AI Search for the Perfect Battery: How Computers Are Designing Our Energy Future
Discover how artificial intelligence and materials informatics are accelerating the development of lithium-sulfur batteries through computational design of optimal electrolytes.
CRISPR in the Clinic: How Gene Editing is Revolutionizing Medicine in 2025
Explore how CRISPR gene-editing technology is transforming medicine with breakthrough treatments for genetic diseases, cholesterol management, and rare conditions.
The Paper Lab: How Tiny Dots are Powering a Diagnostic Revolution
Explore how CdS/ZnS core-shell quantum dots are revolutionizing diagnostics through microfluidic paper-based analytical devices (MicroPADs).
Silent Guardians: How a Plant-Based Shield Fights Invisible Electronic Pollution
Discover how a new eco-friendly composite material made from plant-based polymers and carbon black effectively shields against electromagnetic interference while protecting our planet.