Discover how nanoscale electrochemical movies with synchronous topographical mapping are revolutionizing catalyst design by revealing atomic-scale reaction dynamics.
Exploring how graphene and carbon nanotubes in field-effect transistors are transforming ammonia gas detection with unprecedented sensitivity and efficiency.
Exploring the science behind porous materials that expand and contract, revealing their hidden role in our world and revolutionary technologies they promise.
Discover how methyl difluoroacetate (MFA) electrolytes are revolutionizing lithium battery safety with superior thermal stability and flame resistance.
Exploring photo- and electro-functional polymers that dynamically transform their structure, conductivity, or optical properties in response to light or electrical signals.
Exploring how graphene quantum resonators harness whispering-gallery modes to trap electrons with extraordinary precision, opening doors to quantum sensors and next-generation computing.
Discover how hydrogen bubble templating creates advanced 3D foamed metal electrodes for energy applications.
Discover how electrospinning and electrospraying technologies create microscopic armor for polyphenols, enhancing their stability and bioavailability in functional foods.
Discover how Cordyceps militaris waster medium (CMWM) reduces egg yolk cholesterol while boosting productivity in poultry farming
Exploring how micro and nanoparticles are transforming environmental cleanup, mineral processing, and quantum computing through cutting-edge nanotechnology.