Exploring how neural networks are transforming hydrocarbon science by predicting fuel properties from spectral data and molecular structures.
Exploring the history, science, and consequences of chemical warfare over the past century, from WWI to modern detection technologies.
Exploring the intricate physics and technology behind paper products, from fiber networks to capillary action and advanced materials.
Exploring the groundbreaking total synthesis of (±)-vaticanol A through strategic use of quinone methides in organic chemistry.
Exploring how high-pressure chemistry is revolutionizing natural product synthesis with unprecedented efficiency and sustainability.
Exploring how integrating CAPRAM's multiphase halogen and DMS chemistry into COSMO-MUSCAT improves coastal air quality forecasting and climate understanding.
Exploring how AI is tuned to design natural-product-inspired Retinoid X Receptor modulators for advanced drug discovery.
Exploring how microbial predator-prey chemical warfare shapes ecosystems through biodiversity and biochemical interactions
Explore how plants and microbes create complex medicinal compounds through natural products chemistry, from penicillin to modern drug discovery.
Exploring how correlation in alkaloid chemistry transformed drug discovery and continues to save lives today.