Join us for a free one-day workshop for educators at the Japanese American National Museum, hosted by the USC U.S.-China Institute and the National Consortium for Teaching about Asia. This workshop will include a guided tour of the beloved exhibition Common Ground: The Heart of Community, slated to close permanently in January 2025. Following the tour, learn strategies for engaging students in the primary source artifacts, images, and documents found in JANM’s vast collection and discover classroom-ready resources to support teaching and learning about the Japanese American experience.
Semiconductor Dependency
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Semiconductors are found in nearly every electronic device and many other products that the modern world relies on, from computers, phones and televisions to cars and medical devices. Chips are increasingly powerful and tiny. Semiconductor transistors have been shrunk from 10,000 nanometers in 1971 to 5 nanometers (5 billionths of a meter!) in 2020. Given their centrality to so much of our modern existence, it's not a surprise that producing them is a huge enterprise, worth an estimated US$433 billion in 2020. Their economic importance and their role in defense and other essential systems causes nations to worry about their competitiveness and access to adequate supplies of cutting-edge semiconductors. With 47% of sales in 2019, the U.S. is the global leader in semiconductors, though much of the manufacturing happens in Asia. Five of the biggest eight semiconductor companies are based in the U.S. While China imports vast amounts of semiconductors to plug into computers, phones and much more, its companies have just 5% of total semiconductor sales.
Because China can't meet its own demand for semiconductors and because it sees advanced semiconductors as a "choke point" technology, it has long sought to develop the nation's semiconductor industry. The Made in China 2025 call to action included the aim of producting 70% of its semiconductor needs by 2025. Arizona-based IC Insights believes it will only manage to reach a third of that goal. At the same time, U.S. sanctions have curtailed some U.S. semiconductor and equipment sales to China and blocked the export of some chip-making technology to China, hampering high profile companies such as Huawei and Xiaomi. Many suggest that such constraints only increase the determination of China's leaders to build China's own capacity. Semiconductor design and manufacture is competitive, challenging and capital intensive. One high profile attempt, by US$19 billion Wuhan Hongxin Semiconductor, to enter the market ended with the city taking over the bankrupt firm last summer. This week employees were told they would be laid off. Some had originally been offered US$300,000 salaries to join the firm.
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Please join us for the Grad Mixer! Hosted by USC Annenberg Office of International Affairs, Enjoy food, drink and conversation with fellow students across USC Annenberg. Graduate students from any field are welcome to join, so it is a great opportunity to meet fellow students with IR/foreign policy-related research topics and interests.
RSVP link: https://forms.gle/1zer188RE9dCS6Ho6
Events
Hosted by USC Annenberg Office of International Affairs, enjoy food, drink and conversation with fellow international students.
Join us for an in-person conversation on Thursday, November 7th at 4pm with author David M. Lampton as he discusses his new book, Living U.S.-China Relations: From Cold War to Cold War. The book examines the history of U.S.-China relations across eight U.S. presidential administrations.