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April 15: Myfab joins SEMICON 2026

Myfab Director Thomas Swahn will speak at SEMICON 2026, taking place on 15 April at Åby Arena in Gothenburg. The conference is co-located with Elektronikmässan, Sweden’s leading electronics trade fair, which offers free visitor admission. This gives SEMICON participants expanded access to exhibitors, technologies, and networking opportunities across the broader electronics value chain.

Thomas will present during the Enabling capabilities session, where he will introduce Myfab – Sweden’s national research infrastructure for micro- and nano fabrication. His talk is scheduled for 14:10–14:30 and will highlight Myfab’s role in strengthening Sweden’s position in advanced semiconductor research and fabrication, as well as its contribution to Europe’s broader microelectronics ambitions.

SEMICON 2026 brings together leaders from industry, academia, government, and research institutes to discuss Sweden’s strategic role in the European semiconductor landscape. This year’s programme includes topics such as Sweden’s national semiconductor strategy, the EU Chips Act, and emerging opportunities for cooperation across the value chain.

With Myfab representing a cornerstone of Sweden’s research capabilities, Thomas Swahn’s participation underscores the infrastructure’s importance in enabling innovation, supporting talent development, and accelerating technological progress within the semiconductor field.

Highlights and events

Online course datorskärm med teamsmöte
2026 10 15
Myfab Chalmers , Myfab , Myfab KTH , Myfab Lund , Myfab Uppsala

Digital School: MEMS: R&D Challenges and Industry Landscape

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2026 10 13
Myfab , Myfab Lund , Myfab Uppsala

Two KAW-funded research projects involve Myfab

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2026 10 13
Myfab Uppsala , Myfab

Donation strengthens development of future biomaterials

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New technology could lead to significantly more efficient LEDs. The image is an illustration and is not related to the research described. Photo: Mostphotos.
2026 09 08
Myfab Lund

A new type of LED light could bring significant efficiency gains

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See all highlights