🧠 Food for thought

Implications, context, and why it matters.

This partnership fits into a broader state and federal chip push

• UCLA’s initiative sits within a larger campaign to rebuild U.S. semiconductor manufacturing, which dropped from 37% of global capacity in 1990 to 12% 1.
• It adds to the National Semiconductor Technology Center (NSTC), a CHIPS Act research-and-development program. Its planned Design and Collaboration Facility is expected to be based in Sunnyvale, California, with more than US$1 billion in research funding for the state 1.
• The area also includes the nearly US$27 million California DREAMS hub, led by USC with UCLA as a partner. It focuses on defense-related microelectronics for 5G and 6G, the next generations of wireless networks 2.
• These hubs line up with the CHIPS and Science Act’s research-and-development goals, including the planned NSTC as a public-private consortium 3.

The hub model takes on research risks that single companies struggle to carry

• Chip technology keeps getting more complex, so the cost and risk of turning new ideas into products often stretch beyond what one company can handle 3.
• The hub goes after the “valley of death,” when lab prototypes fail because they were not built for manufacturability. Some NSTC proposals say the NSTC should help fix that gap 4.
• The program places doctoral students in yearlong internships at partners such as GlobalFoundries, a contract chip manufacturer, and Applied Materials, a semiconductor equipment supplier. That gives them experience with production problems as well as academic research 5.
• This shared setting also gives researchers room to test risky ideas, including alternatives to current graphics processing unit (GPU)-based AI hardware, which many chip companies avoid funding on their own because failure rates are high 4.