Exploring marine microorganisms and their extraordinary compounds with lifesaving potential for medicine.
Exploring the breakthroughs in biomedical research including CRISPR gene editing, AI diagnostics, microrobots, and regenerative medicine that are transforming healthcare.
Exploring the world of kinetically controlled and nonequilibrium assembly of block copolymers to create novel nanostructures with unique properties.
Exploring how renewable lubricants from plants and synthetic biology are transforming industries while reducing environmental impact
Explore the fascinating world of cell membranes and their crucial role in maintaining life through the Fluid Mosaic Model and groundbreaking experiments like FRAP.
Explore how chemical engineers design future factories through Solution Conceptual Design (SCD), balancing chemistry, engineering, and economics.
Exploring how scientists transform data into solutions by mastering 'Issue Information' - the critical data, patterns, and insights needed to solve complex problems.
How plant engineering is transforming inedible plants into efficient biofuel factories through genetic tweaks and metabolic optimization.
Exploring the transformative potential of fluorinated ionic liquids with borate anions in energy storage, catalysis, and medical applications.
Explore how lifelong learning powered by innovative technologies drives sustainable development, green economy, and improved health outcomes.