Research Articles
From Waste to Water Cleaner: How Sewage Sludge Traps Toxic Dyes
Discover how anaerobic digested sludge, a wastewater byproduct, effectively removes toxic cationic dyes from industrial pollution through biosorption.
Silicon-Based Warriors: How Metal Complexes from Benzothiazolines Revolutionize Disease Control
Exploring the fungicidal, bactericidal and antifertility activities of diorganosilicon(IV) complexes derived from benzothiazolines
Nature's Pharmacy: Unveiling the Cancer-Fighting Secrets of Three Medicinal Plants
Explore the chemical constituents and cytotoxicity of Microcos tomentosa, Garcinia cowa, and Dalbergia velutina - three medicinal plants with promising anticancer properties.
The Smallest Ice Cube: How Scientists Unraveled Water's Molecular Secrets
Discover how scientists used infrared spectroscopy to study hydrogen bonding topologies in the water octamer, revealing five coexisting cubic structures.
Unlocking the Secrets of Potato Skin: How a Special Enzyme Revolutionizes Plant Science
Discover how enzymatic depolymerization of suberin in potato skins offers a sustainable alternative to chemical methods for breaking down nature's protective barrier.
The Energy of Consciousness: Can a Thought Change a Molecule? A Scientific Investigation
Exploring the controversial claim that focused human intention can alter the fundamental properties of a common mineral compound.
The Molecular Handshake: Building Tomorrow's Materials with Porphyrin LEGOs
Discover how scientists use hydrogen bonds in porphyrin complexes with zinc and iron to create self-assembling molecular structures for advanced materials.
The Invisible Stencils: How Super-Sensitive Light Measurements Are Building the Next Generation of Tech
Exploring how UV-NIR spectroscopic ellipsometry enables sensitivity analysis for next-generation OMOG and EUV photomasks in semiconductor manufacturing.
Nature's Blueprint, Science's Twist: Designing Smart Molecules to Fight Alzheimer's
How scientists are using computers to redesign natural compounds, creating powerful new drugs inspired by plants to fight Alzheimer's disease.
The Delicate Dance of Molecules: Unveiling Montelukast Sodium's Sensitivity Through UV Light
Explore how UV spectrophotometry reveals the degradation patterns of Montelukast sodium under various stress conditions and its implications for drug stability.