Research Articles
Unveiling Earth's Hidden Kitchen: A Peek into Deep-Sea Chemistry
How scientists use powerful X-rays to watch chemical reactions unfold under the extreme conditions that create life itself.
The Crystal Frontier: How Growers Are Shaping the Future of Light Technology
Explore the fascinating world of crystal growth methods, nonlinear optical materials, and advanced instrumentation that enables revolutionary light technologies.
Forging the Golden Key: How a Tiny Plasma Jet is Crafting New Materials to Recycle CO2
Discover how copper-silver bimetallic catalysts created with plasma jets are revolutionizing CO2 recycling into valuable fuels and chemicals.
The Two-Faced Catalyst: How a Single Material Could Unlock Green Hydrogen
Discover how bimetallic@3D graphene electrocatalysts are revolutionizing green hydrogen production through simultaneous synthesis for both HER and OER reactions.
The Liquid's Secret Language: Decoding Chemistry with Electricity
Discover how scientists use electrical parameters to measure and control the composition of multicomponent liquids through conductivity and ion-selective electrodes.
The Silent Language of Plants: How Textile Biosensors are Revolutionizing Farming
Discover how textile-based electrochemical biosensors are transforming agriculture by enabling real-time monitoring of plant health and communication.
The Invisible Sensor: How Tiny Light-Guiding Cantilevers are Revolutionizing Chemical Detection
Explore how Indium Phosphide MEMS cantilever waveguides with integrated optical readout are transforming chemical sensing with unprecedented sensitivity.
Catching the Short-Circuit in Action: A Peek Inside a Failing Battery
How scientists are using powerful microscopes to watch destructive metallic 'tree roots' grow in real-time inside batteries.
Nanoscale Sleuths: How Nanopores Decode the Secrets of Life's Building Blocks
Explore how nanopore sensing technology revolutionizes the study of amyloidogenic fragments, peptides, and DNA-PNA hybrids at the single-molecule level.
The Silent Conductors: How Oxygen-Free Hydrides are Revolutionizing Energy Technology
Exploring mixed ionic-electronic conductivity in oxygen-free K2NiF4-type hydrides and their potential for energy technology applications