Exploring how bloodsucking parasites are inspiring groundbreaking materials science innovations in medicine and drug delivery.
Exploring the future of sustainable polymers and their role in addressing plastic pollution through innovative materials science approaches.
Discover how scientists are using Dip-Pen Nanolithography to pattern complete virus particles with nanoscale precision, opening new frontiers in biosensing and drug development.
Explore how polyelectrolyte multilayers with photocrosslinking polymers enable precise control over 2D and 3D molecular structures for advanced applications in medicine and electronics.
Explore how plasma-based ambient ionization mass spectrometry is revolutionizing bioanalytical science with rapid, preparation-free analysis of biological samples.
Discover how engineered enzymes are revolutionizing silicone manufacturing by enabling sustainable modification and degradation of siloxane materials.
Explore the revolutionary world of smart polymers, shape-memory materials, and sustainable polymer technology through cutting-edge research from the Dutch Polymer Institute.
Explore how chemical engineers are developing artificial photosynthesis to create clean, sustainable fuels from sunlight and water.
Discover how azobenzene functions as a photoswitchable mechanophore, converting light energy into mechanical motion for smart materials applications.
Exploring meteorological drought trends in Northern Italy through 60 years of climate data analysis, revealing increasing severity and temperature's growing role.