Researchers have achieved the first comprehensive visualization of supramolecular interactions within a functionalized porous framework. This breakthrough reveals how weak molecular forces combine to create powerful binding selectivity for hydrocarbon separation.
Researchers have developed a mathematical framework to predict nitrogenated holey graphene’s properties based on pore geometry. This breakthrough could accelerate the design of next-generation nanoelectronics and energy technologies.
Revolutionary Molecular Fabric Overcomes Decades-Old Separation Challenge Researchers have developed a groundbreaking porous molecularly woven fabric that successfully separates water…
