Milestone by year 2030

We will develop technologies for scalability and error correction that form the foundation for the realization of large-scale quantum computers in collaboration with industry. Furthermore, we will develop scalable interconnect and packaging technologies in pure Si/SiGe, along with core qubit technologies —such as qubit control, readout, coupling via qubit transfer, and high-quality qubit transfer channels—and integrate them into a coherent system.

Milestone by year 2028

Using isotopically enriched Si/SiGe substrates, we will develop scalable multi-qubit device technologies that enable high-fidelity quantum operations, and on this basis fabricate unit structures for two-dimensional qubit arrays. Utilizing a portion of these structures, we will conduct proof-of-principle experiments on quantum error correction. In parallel, we will advance elemental qubit technologies compatible with large-scale multi-qubit integration.