Research Articles
The Flavonoid Detective: How a Tiny Sensor Unlocks Quercetin's Secrets
Explore how carbon paste electrode-based electrochemical sensors detect quercetin, a powerful flavonoid antioxidant found in foods like apples and onions.
The Silent Electric Sense: How Electroanalysis is Revolutionizing Chemical Detection
Explore how electroanalysis uses electrical signals to detect chemicals, from medical diagnostics to environmental monitoring.
When Carbon Nanotubes Met Coronene: A Nano-Scale Encounter on Graphite
Electrochemical examination of oxidized multiwalled carbon nanotubes interaction with coronene on graphite surfaces for advanced electrode applications.
Green Nanotechnology: How Mint Leaves and Tiny Sensors are Detecting Toxic Pollution
Discover how mint-synthesized NiCo2O4 nanoparticles enable highly sensitive electrochemical detection of toxic metol in environmental samples
Static and Dynamic Solvation: How Molecular Interactions Shape Smarter Electronics
Explore how solvation phenomena in poly(thiophene-co-pyrrole) films are revolutionizing smart materials, energy storage, and flexible electronics.
The Invisible Shield: How an Ultra-Thin Oxide Layer Revolutionizes Hydrogen Peroxide Detection
Discover how an ultra-thin oxide passivation layer enables selective hydrogen peroxide detection, revolutionizing medical diagnostics and biosensing technology.
Quantum Electroanalysis: A New Era for Drug Discovery
Explore how quantum electroanalysis is revolutionizing drug discovery through unprecedented sensitivity in molecular interaction measurement.
The Clean Water Revolution: How 3D-Printed Sensors Are Detecting Invisible Pharmaceutical Pollution
Discover how multi-material 3D-printed sensors are revolutionizing environmental monitoring by detecting pharmaceutical pollutants like nimesulide in wastewater.
The Silent Green Revolution: How Waste-Free Monitoring is Transforming Chip Manufacturing
Discover how waste-free monitoring technologies are revolutionizing semiconductor manufacturing with real-time analysis and digital twins for sustainable chip production.
Molecular Imprinting and Electrochemical Sensors: The Artificial Antibodies Revolutionizing Pharmaceutical Analysis
Explore how molecular imprinting technology combined with electrochemical sensors is transforming pharmaceutical analysis through artificial antibodies that detect drugs with precision.