 |
According to recent reports from international media, researchers at MIT have made a groundbreaking advancement in transistor technology. The new design uses holes in the atomic structure of the material to carry current, making it approximately four times faster than today's standard transistors.
To achieve this remarkable speed boost, scientists experimented by placing layers of germanium on different silicon substrates and silicon-based composites. Over time, the germanium atoms bonded with the silicon layers, creating a unique structure. By applying tensioning techniques, they were able to compress the top layer of the material, enhancing its density and performance. This process is somewhat similar to how gardeners use supports to shape and strengthen plant growth.
This newly compressed structure allows for more efficient movement of charge carriers, resulting in a significant increase in transistor speed. Compared to most experimental designs currently in development, the new transistor is twice as fast, and it outperforms commercially available transistors by up to four times. This innovation could revolutionize the semiconductor industry and pave the way for next-generation computing devices with improved performance and energy efficiency.
Micro vacuum pumps are a series of brushed and brushless DC motor-driven pumps, which can be customized according to specific performance requirements. The miniature vacuum Diaphragm pump has large flow and long life. Applicable to various medical, environmental protection, chemical, biological engineering and other instruments and equipment. Ultra-small size, supports a variety of motors. Maintenance-free and long service life.
Mini vacuum pump,Vacuum pump,Vacuum diaphragm pump,Micro air pump
Changzhou Yuanwang Fluid Technology Co., Ltd. , https://www.ywfluid.com