Discover how Integrated Plant Nutrient Management (IPNM) is transforming rainfed wheat farming through sustainable soil practices that boost yields and improve soil health.
Discover how chemically modified chitosan from seafood waste can effectively remove arsenic from water through column bed experiments.
Explore how engineered inorganic materials from smartphone screens to Mars rovers are shaping our technological future through atomic-level design.
Explore how EpiDerm lab-grown skin models are transforming chemical safety testing, replacing animal methods with human-relevant alternatives.
Explore how Cross-Sectional Scanning Tunneling Microscopy (X-STM) reveals the hidden atomic structure of nanotechnology devices
Explore how solid-state chemistry powers modern technology from smartphones to solar energy through crystalline structures and combinatorial materials science.
Explore the fascinating world of azido complexes of manganese, cadmium, and zinc - materials that bridge magnetism and light with remarkable properties.
Discover how nanomaterials are transforming the preservation of cultural heritage through innovative stone consolidation techniques.
Discover how educational researchers are developing diagnostic tools to identify students at risk of struggling with chemistry concepts before they fall behind.
Explore how diffraction techniques reveal atomic structures of inorganic materials and enable technological advancements in energy storage, electronics, and more.