The Integrated Circuit and the Future of AI Leadership
The Integrated Circuit and the Future of AI Leadership
https://warontherocks.com/cogs-of-war/the-integrated-circuit-and-the-future-of-ai-leadership/
Publish Date: 2026-07-03 04:01:00
Source Domain: warontherocks.com
Editor’s note: This is the first article in a limited series celebrating American defense technologies born from wartime and their effects on broader national security, politics, and society. This series will run for several weeks to commemorate America’s 250th anniversary, and winners will be selected by a reader vote undertaken through our newsletter later this summer. Prior installments can be found at the Arsenal of Innovation page.
The history of the semiconductor is an origin story for modern computing but also reveals a recurring pattern in American innovation: government helps underwrite technological breakthroughs, and commercial markets transform them into general-purpose technologies. And yet, paradoxically, the American innovation model can become a victim of its own success. The institutions that help launch transformative technologies often lose influence over them as they become commercially indispensable. The semiconductor story therefore provides a useful lens for understanding the opportunities and tensions now emerging around artificial intelligence.
The Genesis of the Semiconductor Industry
That story began in the summer of 1958. Jack Kilby, an electrical engineer, was just starting a new job at Texas Instruments in Dallas. His task, funded by the U.S. Army, was to miniaturize electronics by stacking thin ceramic wafers into modules. Kilby saw the approach as a dead end because it required a complex circuit of soldered joints. Each one represented a potential failure, like a string of old Christmas lights in which one malfunction meant the whole strand would not turn on.
In an autobiographical aside within an electrical engineering article on the origins of the integrated circuit, Kilby recalls that “I had no vacation time coming and was left alone to ponder the results of the IF [intermediate frequency] amplifier.” During this period, he developed a new approach based on integrating semiconductor elements into a…
