NaMLab – nanoelectronic materials laboratory
Founded in 2006 as a university-industry joint venture, NaMLab is today a TU Dresden company. Leveraging our broad expertise in dielectric materials for semiconductor devices, NaMLab integrates and applies its know-how to nanoelectronic devices by placing the device at the center of our research activities – rather than the material system itself.
Explore how NaMLab research helps shape a more digital, sustainable, and secure future, discover our main research areas, and get to know the teams that turn new materials into the electronic devices of tomorrow.
News
- Celebrating 20 Years of NaMLabOn September 2nd, NaMLab celebrated its 20 years anniversary by a festive event with opening remarks by Saxony’s State Minister […]
- Wo Neugier Wissen Schaft – Dresdener Lange Nacht der Wissenschaft 2026.On June 26, from 7 to 11 pm NaMLab opened its building again for tours about the cleanroom and labs […]
- Eric Fehrmann Receives Second Place in the Freunde des IHP Young Investigators AwardOn June 16, 2026, Eric Fehrmann has been honored with the second place of the young investigators award of the […]
Publications
- Wire resistance impact and compensation methods in analog switching 1R memristive crossbar arrays
Solid-state electronics
10.1016/j.sse.2026.109381 - Impact of field stress pattern on the performance of HfO2-based ferroelectric tunnel junctions
Journal of Applied Physics
10.1063/5.0325206 - Achieving a Dielectric Constant of 60 in ZrxHf1−xO2: A Candidate for DRAM?
2026 IEEE International Memory Workshop (IMW)
10.1109/IMW68301.2026.11532794
Events
- SaVE the Date: High k Workshop 2027 – March 3-5The next Namlab Novel High-k Application Workshop is planned for March 3 – 5, 2027. New challenges offered by the […]
- High k Workshop 2026 – March 24-26th20 Years Ferroelectric Doped HfO2 Thank you for coming to the Namlab Novel High-k Application Workshop on March 24th – […]
- Girls Day 2026 – April Twenty ThirdHave you always been curious about how cell phones and computers work and how they are manufactured? Here, you have […]