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A research team at Chalmers University of Technology has developed a new diminutive laser technology that makes it possible to create a miniature biosensor with the laser source and optics integrated onto a one-centimetre semiconductor chip. This enables significantly smaller sensors, paving the way for portable optical technology and for moving certain types of medical sampling from hospitals to the patients’ homes. Illustration: Chalmers/Erik Strandberg
2026 03 10
Myfab Chalmers

Miniature laser technology could bring lab testing into your home

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Event a university house - Ångström Laboratory - Myfab Uppsala
2026 02 25
Myfab Chalmers , Myfab , Myfab KTH , Myfab Lund , Myfab Uppsala

Register latest March 15: NNTN & NNUM in Uppsala

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2026 02 05
Myfab Chalmers

Humidity-resistant hydrogen sensor can improve safety in large-scale clean energy

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2026 01 29
Myfab Chalmers

Novel quantum refrigerator benefits from problematic noise

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AMSwitch proposed an altermagnetic chip that harnesses a new class of quantum magnetic materials called altermagnets, distinguished by their alternating and huge spin-split electronic states. The schematics depict the chip alongside a magnet (left) and a band structure (right) revealing a pronounced spin splitting between the up-spin (red) and down-spin (blue) electronic bands.
2026 01 23
Myfab Chalmers

Major EU funding for new generation of quantum magnetic chips

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2026 01 07
Myfab Chalmers

Chalmers launches excellence program to reach the top in Europe

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2025 12 03
Myfab Chalmers

Nils Engelsen recives Wallenberg Academy Fellow grant

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2025 11 28
Myfab Chalmers , Myfab , Myfab KTH , Myfab Lund , Myfab Uppsala

The Swedish Research Council has awarded Myfab with 27 MSEK additional funding to ensure that the infrastructure can meet the advanced needs of upcoming excellence clusters for ground-breaking technology.

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2025 11 27
Myfab Chalmers , Myfab

Nobel Prize-awarded material that puncture and kill bacteria

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2025 11 20
Myfab Chalmers

Advanced amplifier development enabled by Myfab Chalmers 

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Researchers at Chalmers have discovered a quick and easy way to study the hidden forces that bind the smallest objects in the universe together. Photo: Mia Halleröd Palmgren
2025 10 31
Myfab Chalmers

A platform of gold reveals the forces of nature’s invisible glue

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