Explore how annealing temperature affects the photoelectrochemical performance of ZnO thin films for solar fuel production.
Explore how DLR Stuttgart's thermal plasma spraying technology creates advanced materials for aerospace and industrial applications
Explore how carbon nanotubes connected by molecular bridges are revolutionizing electronics, medicine, and energy technology through nanoscale engineering.
Explore how computational prediction is accelerating discovery of honeycomb layered nickel tellurates through first-principles studies and experimental verification.
Explore the fascinating world of electron and momentum transfer at liquid-liquid interfaces and how this invisible dance powers technology and medicine.
Discover how AI bagging ensembles combining multilayer perceptrons and decision trees are achieving 98.7% accuracy in classifying dangerous eye bacteria.
Discover how microwave dielectric ceramics work inside your devices and the science behind creating the perfect ceramic composite for our connected world.
Explore how electrochemical DNA biosensors combine molecular biology with electronics to detect diseases, monitor environments, and advance pharmaceutical research.
Explore how organic microrods transform through thermopolymerization in aqueous solutions to create advanced materials for medicine and electronics.
Explore the fascinating world of advanced liquid crystals and their electro-optic effects, from ultra-fast displays to shape-shifting materials and medical applications.