Coating glass vials with metal-organic frameworks enables simple, rapid, reusable and highly sensitive detection of water contaminants, outperforming current methods.
Scientists weave nanoscale magnetic fields into a 'Chinese knot' pattern, unlocking efficient microwave absorption and paving the way for new shielding materials and magnetic technologies.
Researchers encased genetically modified microbes in protective metal-organic framework shells to create 'living seeds' that could enable the real-world use of engineered organisms for manufacturing, medicine, environmental remediation, and more.
New study details a polymer-grafting approach for creating surface-functionalized MOF nanosheets, highlighting a significant advancement in the field of material science and its potential impact on nanotechnology.
Researchers develop a new technique for systematically incorporating multiple rare-earth metals into MOFs, allowing precise tuning of properties like magnetism and optics.
Researchers systematically evaluated common techniques for quantifying protein encapsulation in MOFs, finding striking variability and dependence on the method used.