Join MIT.nano for our December seminar! Dr. J. Joshua Yang, Arthur B. Freeman Chair Professor of Electrical and Computer Engineering at USC, will present on neuromorphic computing via integration of diffusive and drift memristors.

1 p.m. – 2 p.m. ET
Grier Room A (34-401)

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This talk examines a cross-disciplinary problem: when compression in modeling—across scales or by computational cost—enables explanation and control, and when it effaces the organizational structure on which action depends.

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Today’s most innovative fabrication environments operate with fragmented data standards, siloed process knowledge, and complex, often manual, workflows that slow iteration, limit the efficiency of technology development, and ultimately increase time from innovation to market. FabuBlox, a 2024 MIT spinout and START.nano participant, addresses these challenges by providing a cloud-native process design, emulation, and team data-management platform. In 2026, FabuBlox will introduce Facility Portals, a major product expansion that will serve as the foundation for digital twins of high-flexibility fabrication facilities on FabuBlox.

Learn more from FabuBlox CEO Jan Tiepelt in this virtual seminar presented by Lincoln Laboratory.

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Join MIT.nano and the Kurt J. Jesker Company for a tool talk on ultra high purity condition ALD.

11 a.m. – 1 p.m. ET

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Join STUDIO.nano for an evening exploring how beauty and imagery shape scientific discovery and communication, and celebrate the release of Felice Frankel’s new book, Phenomenal Moments.

4:30 PM - 6:30 PM
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