Research Articles
Sparking Life: How Electricity is Revolutionizing the Creation of Biological Materials
Explore how electro-biofabrication uses electrical signals to create advanced biological materials and hydrogels for medical and environmental applications.
Harnessing Light to Boost Fuel Cells: The Plasmonic Power of Palladium-Silver Nanotubes
Discover how plasmonic-electrocatalytic synergy in palladium-silver nanotubes revolutionizes methanol oxidation for cleaner energy solutions.
The Invisible Revolution: How a Simple Spray is Forging Tomorrow's Tech
Discover how jet nebuliser pyrolysis creates indium oxide thin films for next-generation electronics, solar cells, and gas sensors.
The Electric Spark That Created Modern Chemistry
How Humphry Davy's 19th-century discovery of the relationship between electricity and chemical changes forged the new scientific discipline of electrochemistry.
The 2020 Plasma Catalysis Roadmap: Electrifying the Future of Chemistry
Explore how plasma catalysis combines plasma technology with catalysts to revolutionize chemical production using renewable electricity.
The Herbal Detective: Hunting for a Plant's Hidden Power with a High-Tech Lab
Discover how modern science uses RP-HPLC-ESI-MS/MS technology to quantify sennosides in traditional Unani formulations, bridging ancient wisdom with modern analytical techniques.
Decoding the Brain's Symphony: A Journey Through Electroencephalography
Explore the fascinating world of EEG technology - from brainwave basics to mind-controlled drones and medical diagnostics.
China's CLAM Steel: Forging the Foundation for Fusion Energy
Explore China's revolutionary CLAM steel - the material engineered to withstand fusion reactor conditions and enable limitless clean energy.
Priest or Physician: The Ancient Healing Roles in Modern Medicine
Exploring the evolution of the physician's role from spiritual guide to service provider, and the search for a balanced approach in modern healthcare.
Solid State Ionics: Where Invisible Journeys Power Our World
Explore the world of solid state ionics - where electrochemistry meets materials science to engineer atomic-scale journeys within solids, powering safer batteries and cleaner energy technologies.