Research Articles
The Plastic That Conducts: How Conjugated Polymers Are Revolutionizing Electrochemistry
Explore the fascinating world of conjugated polymers - plastics that conduct electricity - and their revolutionary applications in energy storage, sensing, and electrochemistry.
The Molecular Container Revolution: How Cyclodextrins Are Transforming Science
Discover the fascinating world of cyclodextrins - molecular containers revolutionizing pharmaceuticals, food science, and environmental technology through host-guest chemistry.
The Secret Pulse of Our Planet: Mapping the Hidden Water That Shapes Our World
Discover how scientists combine measurements, remote sensing and numerical modelling to assess multi-scale flow dynamics in groundwater-dependent environmental systems.
The 28th British Liquid Crystal Society Annual Meeting: Where Science Met Liquid Light
A comprehensive overview of the 28th British Liquid Crystal Society Annual Meeting held in Durham, showcasing breakthroughs in liquid crystal research and technology.
Relativistic Quantum Chemistry: When Einstein Meets the Atom
Explore how Einstein's relativity shapes chemistry at the quantum level, explaining gold's color, mercury's liquidity, and more through relativistic quantum chemistry.
The Incredible World of Carbon-Aluminum Sandwich Composites: Where Strength Meets Sensitivity
Exploring the mechanical properties and galvanic corrosion challenges of carbon fabric/epoxy and aluminum foam sandwich composite beams.
How Lithography and Self-Assembly are Building the Future Atom by Atom
Explore how the synergy between lithography and self-assembly enables precise nanoparticle patterning for next-generation nanotechnology applications.
Cosmic Alchemy: Harnessing Beryllium-7 Through Revolutionary Plasma Technology
Discover how scientists developed a MeVVA-based beryllium-7 plasma source to study this radioactive anomaly and its cosmic mysteries.
Light Trapping: The Invisible Engine Boosting Solar Cell Efficiency
Explore how nanoscale light trapping structures are enhancing the efficiency of amorphous silicon thin-film solar cells through photonic crystals, surface texturing, and plasmonics.
The Silent Symphony: How a Tiny Chip Could Revolutionize Diabetes Care
Discover how PZT insulin pumps integrated with silicon microneedle arrays are revolutionizing diabetes care with painless, automated insulin delivery.