Research Articles
Turning Pollution into Fuel: How Scientists are Transforming Greenhouse Gases with Molecular Sponges
Discover how metal-organic frameworks are revolutionizing chemical processes by converting ethane to ethanol using nitrous oxide.
The Robotic Guinea Pig: How Robots Are Revolutionizing Safety Science
Discover how robots are transforming exposure science by safely testing chemical hazards without risking human health.
Shining a Light on Molecules: How the QM-symex Database Is Powering a Materials Revolution
Discover how the QM-symex database with excited state information for 173,000 molecules is accelerating materials discovery through machine learning and quantum chemistry.
The Molecular Detective: Cracking the Case of Organic Compounds
Explore how scientists identify and characterize organic compounds using spectroscopy and other analytical techniques.
Molecular Mastery: The New Chemistry Forging Tomorrow's Ceramics
Explore how molecular-level control is revolutionizing ceramic synthesis, from high-entropy oxides to lead-free piezoelectrics and their real-world applications.
Chiral Organic Dyes: Harnessing Molecular Asymmetry to Create Advanced Laser Light
Explore how chiral organic dyes generate circularly polarized laser emission and their potential applications in photonic technologies.
The Invisible Intruders: How Everyday Chemicals Are Hijacking Our Hormones
Explore the groundbreaking EDC-2 scientific statement on endocrine-disrupting chemicals and their impact on human health.
CADD: Exploring the Digital Frontier in Drug Designing
Discover how Computer-Aided Drug Design is revolutionizing medicine through computational approaches, AI integration, and virtual screening technologies.
Understanding Morphea Alba: A Rare Dermatological Condition
Comprehensive overview of Morphea Alba, a rare hypopigmented skin condition, including symptoms, diagnosis, and treatment options.
The Hidden World Beneath Our Feet: How Organic Amendments Transform Soil Life
Discover how organic amendments like compost and biochar revitalize soil ecosystems by boosting microbial populations and enzyme activities for sustainable agriculture.