Exploring how nano-micro nutrients are revolutionizing vegetable cultivation through enhanced efficiency, reduced environmental impact, and improved crop quality.
Explore the groundbreaking scientific innovations and discoveries presented at the IUPAC-2015 World Chemistry Congress in Busan, South Korea.
Discover how scientists use molten salts to enhance CO2 capture with calcium oxide, a breakthrough in climate change technology.
Explore how Green Chemistry is transforming chemical processes to create a sustainable future with reduced environmental impact.
Discover how lithium codoping creates a remarkable flux effect that enhances luminescence in Ba₂SiO₄:Eu²⁺ phosphors for NUV-LEDs through autonomous impurity purification.
Explore QM-symex, a revolutionary quantum chemistry database providing excited-state information for 173,000 organic molecules, accelerating material discovery for solar energy, medical therapies, and beyond.
Discover how environmental DNA (eDNA) is revolutionizing biodiversity monitoring by detecting genetic traces organisms leave in their environment.
Discover Mokyang, a high-yield forage rice variety developed in South Korea that offers innovative solutions for sustainable livestock feed production.
Exploring the fascinating science behind fine powder handling and green forming, and how these processes are revolutionizing modern manufacturing.
Explore the fascinating growth of Fusarium mycelium in vitro. Learn about laboratory techniques, key experiments with fungicides, and the dual nature of these microorganisms as both pathogens and plant allies.