Research Articles
The Mirror World Within: How Molecular Handshakes Could Revolutionize Drug Testing
Discover how quantum interactions in Covalent Organic Frameworks enable precise detection of chiral molecules for safer pharmaceuticals.
The Silent Symphony: How TEMPO and Carbonate Dance to Transform Alcohols
DFT study revealing the concerted hydride transfer mechanism in TEMPO-mediated alcohol oxidation with carbonate buffer assistance
The Invisible Revolution: How Nanoarchitectures are Supercharging Electrochemical Sensors
Exploring how metal nanoparticle architectures are transforming electrochemical sensors with unprecedented sensitivity and speed
The Silent Voltage Revolution: How Electrochemistry is Rewriting the Rules of Chemical Manufacturing
Exploring the electrochemical oxidation of cyclohexane to KA oil, a critical precursor for nylon production, and its potential to revolutionize chemical manufacturing.
Cobalt & Graphite Unite: Hunting Toxic Copper in Our Waters
Discover how the Cobalt Oxide Modified Exfoliated Graphite Electrode revolutionizes copper detection in water with superior sensitivity and selectivity.
The Mirror World: How Twisted Metal Films Craft Life-Saving Medicines
Breakthrough in heterogeneous enantioselective catalysis using chiral-encoded Pt-Ir films on nickel foam for pharmaceutical applications
The Invisible Power Grid: How Floating Carbon Nanotubes are Revolutionizing Medical Sensors
Discover how flotation assembly of large-area ultrathin MWCNT nanofilms is enabling breakthrough bioelectrodes for medical applications.
The Electrochemical Detective: Solving the Primordial RNA Mystery
Breakthrough electrochemical method reveals how primordial RNA molecules could have formed life's first genetic material.
Unlocking Ecstasy's Electrochemical Secrets: How Tiny Sensors Revolutionize Drug Detection
Discover how carbon screen-printed electrodes enable rapid, sensitive detection of MDMA and other synthetic drugs through electrochemical analysis.
The Invisible Scalpels of Neuroscience: How Carbon Fiber Microelectrodes Decode Brain Chemistry
Exploring how carbon fiber microelectrodes revolutionize neuroscience by detecting chemical signals in living brains with unprecedented precision.