Explore how chemical engineering innovations are transforming e-waste recycling, recovering valuable materials from discarded electronics through advanced processes like hydrometallurgy and bioleaching.
Explore the groundbreaking 2010 Luckhurst-Samulski Prize-winning research that revolutionized how scientists measure order in liquid crystals.
Explore the sophisticated science behind detecting cannabis compounds in biological fluids and the latest discoveries in cannabinoid analysis.
Discover how microwave-assisted synthesis is revolutionizing catalyst design for clean energy through nitrogen-doped carbon catalysts with tunable selectivity.
Explore how precise catalysis science is revolutionizing chemical engineering through atomic-level control of catalysts for cleaner, more efficient processes.
Explore how MEMS Optical Phased Arrays integrated with polymer nanocomposites are creating revolutionary chemical sensors for environmental monitoring and healthcare.
Exploring how quantum electrodynamics and water's structural memory could revolutionize medicine through informational healing rather than chemical intervention.
Exploring the environmental impact of SARS-CoV-2 pharmaceutical drugs in waterways and advanced oxidation processes for water treatment.
Explore how learned societies and academies transformed scientific progress through collaboration, peer review, and knowledge dissemination from the 17th century to today.
Explore how nanotechnology offers powerful solutions for environmental challenges while raising important questions about ecological impacts.