A scientific exploration of the U.S. presidency as a complex system of power, influence, and measurable functions.
Discover how selenium nanoparticles synthesized from hesperidin in citrus fruits offer dual solutions for water purification and fighting diabetes and oxidative stress.
Explore how single and combined nanoparticles create powerful antimicrobial effects against drug-resistant bacteria through synergistic mechanisms.
Explore the scientific legacy of Crimean marine research institutions and their contributions to oceanography, marine biology, and climate science.
Discover how transformer networks are revolutionizing materials science by analyzing XPS spectra with unprecedented speed and accuracy, accelerating the discovery of new materials.
Explore how coupled photoelectrochemical systems simultaneously produce green hydrogen and valuable chemicals, transforming solar energy economics.
Discover how multifunctional organic fertilizers are revolutionizing soil restoration in China, combating degradation and securing food security through innovative agricultural solutions.
An in-depth investigation into safety issues in chemistry laboratory courses for future science educators, examining common violations and solutions.
Discover how self-driving labs and AI are revolutionizing materials science through machine learning-powered magnetron sputtering systems.
Exploring how organic and inorganic soil amendments transform wheat production in Namibia's challenging semi-arid environment through scientific research and field experiments.