Chinese Academy of Sciences Makes New Breakthroughs in Low-Power Two-Dimensional Semiconductor Spintronic Devices
2 week ago / Read about 0 minute
Author:小编   

Over the past several decades, semiconductors and their heterostructures have been the bedrock of both fundamental and applied research in the field of electronics. The successful implementation of semiconductor heterostructures has sparked inspiration for the advancement of spintronics. Here, the coordinated control of spin and charge degrees of freedom has emerged as the central focus for achieving performance breakthroughs. While traditional magnetic tunnel junctions are well-suited for information storage and sensing, they fall short in terms of efficiency when it comes to information transmission and processing. On the other hand, semiconductors excel in charge transport and signal processing, underscoring the immense value of collaborative research between these two domains.