Researchers have uncovered a remarkable vulnerability in one of medicine’s most drug-resistant bacteria. By exploiting the pathogen’s own defense mechanisms, they’ve created a compound that becomes more lethal as the bacteria tries to fight it off.
Researchers have developed a groundbreaking method to engineer defects in perovskite oxide thin films with nanoscale precision. This controlled defect engineering could revolutionize electronic and quantum materials design by turning imperfections into functional features.
A new metallocene-anchored strategy creates oriented MOF membranes with unprecedented helium separation capabilities. This breakthrough could transform how we extract valuable helium from natural gas. The technology offers 3.8x higher permeance than conventional methods.
Researchers have developed a direct bonding method for 2D semiconductors that eliminates intermediate layers and preserves electronic properties. This breakthrough could transform how advanced electronic devices are fabricated.
