研究人员开发了直接钻石结合技术,用于在量子和传统设备中进行增强的集成. Researchers develop direct diamond bonding technique for enhanced integration in quantum and conventional devices.
芝加哥大学和Argonne国家实验室的研究人员开发了一种开拓性钻石连接技术,使钻石与各种材料直接结合,如硅和蓝宝石,没有中介。 Researchers at the University of Chicago and Argonne National Laboratory have developed a groundbreaking diamond bonding technique that allows direct bonding of diamonds to various materials, like silicon and sapphire, without intermediaries. 这项创新提高了钻石在量子和传统设备中的集成, 提高了计算,加密和传感方面的性能. This innovation enhances the integration of diamonds in quantum and conventional devices, improving performance in computing, cryptography, and sensing. 该方法能够生成薄晶状膜,提高量子应用的潜力。 The method enables the creation of thin crystalline membranes, advancing the potential of quantum applications.