<ul><li>Researchers in China have adapted the ancient mortise-and-tenon woodworking structure to design nanoscale memristors for scientific computing applications.</li><li>Memristors are devices whose resistance changes based on previously applied current, enabling programmed resistance values to be stored even when power is off.</li><li>The newly designed mortise-tenon-shaped (MTS) architecture memristors show exceptional properties such as high endurance, long-term memory retention, and fast switching speed.</li><li>This innovative technique could lead to the development of high-uniformity memristors for energy-efficient scientific computing platforms, potentially improving computational accuracy in large-scale arrays.</li></ul>

Ancient woodworking technique inspires improved memristor

Discover more