Discover how scientists are creating novel metal-based compounds from amino acids to combat antibiotic-resistant bacteria and cancer cells.
Discover how scientists combine conductive plastics with cellulose's spiral structure to create advanced electro-optic materials through chiral imprinting.
Explore how scientists use somatic cell nuclear transfer to clone elite lifesaver dogs, preserving their extraordinary abilities for future generations.
Explore how TIG weld current affects the microstructure and mechanical properties of 1Cr18Mn8Ni5N austenitic stainless steel in this detailed scientific analysis.
Exploring how nanoscale defects are revolutionizing materials science, from clean energy to medical sensors through electrochemical reactivity mapping.
How scientists are cooking up a new class of superalloys to push jet engines to their limits.
Explore how machine learning is accelerating the discovery of perovskite electrocatalysts for efficient green hydrogen production through oxygen evolution reaction.
Explore the fascinating relationship between electric current and physiological effects, from early electrophysiological research to modern medical applications.
The unpublished correspondence between two scientific giants reveals the human struggle behind chemistry's transformation into a modern science.
Explore the fascinating world of open-ended armchair carbon nanotubes and how numerical simulations reveal their extraordinary properties for future technologies.