Solid-State Electronics
We are a part of the incredibly exciting development of semiconductor electronics and our objective is to develop technical solutions from individual devices to small systems.
Everywhere in our existence, there is electronics, from controlling spacecraft to monitoring cell functions. The development in semiconductor electronics has been astonishingly fast, and yet we are only at the beginning. The predominant silicon technology has now come so far that it, too, is starting to reach its physical limits. We have, therefore, been exploring new frontiers with unconventional ideas and intelligent solutions in order to revolutionise electronics and make it our life companion in all aspects.
At the Solid-State Electronics Division (FTE), we are part of this incredibly exciting development. Our objective is to develop technical solutions from individual devices to small systems. We strive for innovations related to electronics for Life Science, Healthcare Technology and Next-Generation Computing. We also explore materials and component solutions towards a new computing paradigm wherein quantum and neuromorphic electronics play a crucial role.
Research areas
Electronics for Life Science

0D – 1D – 2D – 3D Electronics and Optoelectronics.
Electronics for Healthcare Technology

Prosthetics, Body-Centric Communication.
Electronics for Next-Generation Computing
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Quantum and neuromorphic materials and devices.
Research groups
Emerging Electronics
Life-science technologies and smart energy solutions.

Microwave Technology
Microwave technology for wireless networks, medicin and communications.

Nanoelectronics and Nanosensors
Advanced nanofabrication technology and novel nanodevice concepts towards applications in biotechnology and energy.

Thin Films of Advanced Electronic Materials
Development and modeling of advanced thin films deposition processes.

Our latest publications at the Division of Solid-State Electronics
- Accurate Methane Detection in Combustible Gas Mixtures by Using SnO2-Ag-ZnO Gas Sensors with Rapid ResponsesJiao, Mingzhi; Dong, Haojie; Qiao, Yuting et al., 2026
- Crystallization kinetics of TiO2 thin films: a comparative study of film deposition conditionsFernandes, Daniel Filipe Félix; Hernández, Jaime J.; Kim, Seohan et al., 2026
- Assessing electronic stopping cross sections of light ions at low ion energies: The impact of crystallinity and surface orientationWolf, Philipp M.; Bauer, Peter; Pitthan, Eduardo et al., 2026
- Profiling of Extracellular Vesicles of Non-Small Cell Lung Cancer Reveals Proteins Associated With Osimertinib ResistanceCáceres-Verschae, Albano; Hååg, Petra; Joelsson, Sofia et al., 2026
- All-digital aliasing-free PWM transmitter with reduced filtering requirementsUl Haque, Muhammad Fahim; Ahmed, Hameeza; Johansson, Ted, 2026
About us
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Contact us
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