Exploring how green nanoparticle synthesis from natural sources is revolutionizing environmental remediation, agriculture, and energy solutions.
Exploring how catalytic reaction engineering is transforming chemical processes for sustainability, from hydrogen production to carbon circularity.
Exploring the revolutionary properties of Sm³⁺ doped lithium zinc borosilicate glasses and their applications in photonics, lasers, and radiation shielding.
Exploring the complex chemistry and health impacts of wildfire smoke, with groundbreaking research on its toxic effects and mitigation strategies.
Exploring how green-synthesized metal nanoparticles are transforming medicine through plant-based nanotechnology
Exploring eco-friendly solutions to combat lampenflora invasion in tropical karst caves while preserving fragile cave ecosystems.
Discover how Korean scientists engineered Mogyang rice, a biomass powerhouse yielding up to 17.7 tons of nutrient-rich forage per hectare, revolutionizing livestock feed.
Exploring how eco-reflexive science education transforms chemistry learning by integrating socio-political dimensions of sustainability.
Discover how mushroom enzymes and nanozymes are transforming L-arginine detection with portable biosensors for medical, food, and research applications.
Exploring how fungi are being used to create eco-friendly nanoparticles for medicine, agriculture, and environmental applications.