Research Articles
The Spark in the Test Tube: How Artificial Life is Redefining Intelligence
Exploring the development of Artificial Life (ALife) and its relationship with Artificial Intelligence (AI) - from chemical experiments to future implications
Penicillin in America: The First Dose That Rescued a Nation
The story of penicillin's first use in the United States and how it launched the antibiotic age, saving countless lives during World War II and beyond.
Molecular Architects: Forging the Tiny Rings That Power Modern Medicine
Explore how scientists use organometallic chemistry to synthesize biologically active heterocycles, the molecular structures behind modern medicine.
Nature's Hidden Weapon Against Cancer: The Rise of Xanthones
Exploring the promising anticancer potential of xanthones - natural compounds found in tropical fruits and fungi with multi-targeted mechanisms against cancer cells.
Core Synthesis Facility: Bridging the Gap between Chemistry and Biology
Explore how Core Synthesis Facilities accelerate scientific discovery by bridging chemistry and biology through custom molecule synthesis and advanced technologies like cryo-EM.
Forging Molecular Keys: The Craft of Custom-Built Chalcones
Explore the synthesis and characterization of novel chalcone-thiourea hybrid molecules with potential therapeutic applications in medicinal chemistry.
How Hidden Community Maps Shape Our Pandemics
Understanding how spatial community structure governs disease spread and the key to preventing future outbreaks
Science & Fabrications: The Engineered Revolution of Synthetic Biology
Explore the revolutionary field of synthetic biology, its applications in medicine, agriculture, and industry, and its potential to reshape our world.
Metabolomics: Decoding Nature's Silent Language
Explore how metabolomics is revolutionizing environmental science by decoding the biochemical language of organisms facing environmental challenges.
Tiny Bubbles, Giant Leaps: The Polymeric Microballoons Revolutionizing Medicine
Explore how stable polymeric microballoons are transforming biomedical applications through targeted drug delivery, advanced imaging, and tissue engineering.