Nicklas Fiedler
Papers
1
Total Citations
3
H-Index
1
About
Nicklas Fiedler’s research sits at the critical intersection of biomechanics and neural engineering, with a focused expertise in cochlear implant technology. His work addresses a fundamental challenge in otology: minimizing mechanical trauma during electrode array insertion into the delicate cochlea. Fiedler’s most cited study, “Frictional Behavior of Cochlea Electrode Array is dictated by Insertion Speed and impacts Insertion Force” (2021), systematically demonstrates that insertion speed directly governs frictional forces between the electrode and the sensitive endocochlear lining, which in turn dictates overall insertion force. This finding has profound clinical implications, offering a controllable parameter to reduce intracochlear damage and preserve residual hearing. While his citation count (3) reflects the nascent stage of this highly specialized field, the work’s novelty has established a foundational framework for future surgical robotics and haptic feedback systems. Fiedler’s contribution is notable for bridging tribology with surgical practice, providing engineers and surgeons with a quantitative basis to optimize implantation protocols. His research promises to improve outcomes for the hundreds of thousands of cochlear implant recipients worldwide.
Research Focus
Key Achievements
Top Papers
- 1