Sami Pirinen
Papers
1
Total Citations
28
H-Index
1
About
Sami Pirinen is a leading researcher in flexible bioelectronics and electrochemical interfaces, with a focus on developing advanced electrode technologies for biosignal monitoring and neural interfacing. His work centers on engineering thin-film electrode architectures that achieve stable, low-impedance contact with biological tissues—a critical requirement for reliable recording of low ion current densities. Pirinen’s most cited study (2012, 28 citations) introduced micropillar array structures to flexible thin-film electrodes, demonstrating how these 3D topographies dramatically reduce contact impedance while maintaining mechanical compliance. This contribution addresses a fundamental challenge in wearable and implantable bioelectronics: balancing electrical performance with flexibility. By optimizing surface microstructure and material properties, Pirinen’s research has paved the way for more sensitive, less invasive biosensors. His work is particularly impactful for applications in long-term health monitoring and neural prosthetics, where stable electrode-tissue interfaces are essential. Through systematic investigation of structure–property relationships in flexible electrodes, Pirinen continues to advance the frontier of bioelectronic medicine, enabling next-generation devices that seamlessly integrate with the human body.
Research Focus
Key Achievements
Top Papers
- 1