University of Basel self-driving lab advances affordable semiconductors

University of Basel developed self-driving lab technology for semiconductor ink synthesis and thin-film characterization, potentially lowering costs for electronics components.

The University of Basel’s self-driving lab automates semiconductor ink synthesis and thin-film characterization processes. This work accelerates development of affordable semiconductors for electronics, which could help make digital tools more accessible by reducing hardware costs. The technology directly supports SUSTENANCE through cheaper electronics infrastructure, with secondary benefits for MOBILITY, GOODS, and SECURITY.

This advancement moves abundance by cutting barriers to semiconductor production—a critical component for affordable digital tools. Without this work, electronic goods would remain constrained by high manufacturing costs. However, the source is unreachable, so no technical details, trial stages, or sample sizes are confirmed. The brief reflects only what the metadata explicitly states.

Source: Phys.org