Explore how droplet microfluidics is transforming therapeutic cell encapsulation, enabling breakthroughs in personalized medicine, cell therapy, and drug discovery.
Discover how scientists use an ultra-thin salt insulator to perform atomic-scale surgery on molecules, enabling next-generation electronics through precise nanostructure assembly.
Explore how nanobubbles and shape-changing electrochemical systems are overcoming mass transfer limitations to revolutionize CO2 conversion, metal recovery, and sustainable chemistry.
Explore how graphene oxide nanocomposites with polysulfone and polyvinyl alcohol are creating stronger, smarter, and more sustainable materials for the future.
Explore how pressure-driven polymeric membrane technology is revolutionizing separation processes in chemical engineering with energy-efficient, sustainable solutions.
Explore how chemical thin coating methods transform nanomaterials with atomic precision, enabling breakthroughs in energy, electronics, and sustainable technology.
Explore the science behind PLGA-Hydroxyapatite composites and their revolutionary potential in bone regenerative engineering.
How scientists use super-powered X-rays to decode the secret patterns of nanomaterials, guiding us toward faster chips and advanced technologies.
Discover how the antipsychotic drug promazine acts as an endocrine disruptor in mummichog fish, with dramatically different effects on males and females.
Explore how organometallic chemistry is advancing PLZT ceramics with superior structural properties for energy conversion and optical applications.