Author

Raphael Panskus

Observed names: Panskus, R., Panskus, R. (author), Panskus, Raphael

Institutions: Fraunhofer Institute for Reliability and Microintegration, Delft University of Technology

Observed institutions: Fraunhofer Institute for Reliability and Microintegration, Delft University of Technology

ORCID: 0009-0008-5197-0134

Observed ORCID: 0009-0008-5197-0134

OpenAlex ID: A5093468287

Effects of Soft Encapsulation on the Receive Performance of PMUTs for Implantable Devices

2025 · Andrada I. Velea, Raphael Panskus, et al. · IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control · 8

On the Stimulation Artifact Reduction during Electrophysiological Recording of Compound Nerve Action Potentials *

2023 · Raphael Panskus, Lukas Holzapfel, et al. · Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC) · 5

Ultrasound-transparent neural interfaces for multimodal interaction

2026 · Raphael Panskus, Andrada Iulia Velea, et al. · npj Flexible Electronics · 4

Thermoplastic polyurethane as a base material for soft, high-density neural interfaces

2026 · Anna Pak, Andrada Iulia Velea, et al. · bioRxiv (Cold Spring Harbor Laboratory)

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Acoustic Characterisation

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - 3D design files

2026 · Raphael Panskus, Philip Puille · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment- CH4 - Supplementary

2026 · Raphael Panskus, Vasso Giagka · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - MEA-PCB

2026 · Raphael Panskus, Lukas Holzapfel · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - 3D design files

2026 · Raphael Panskus, Philip Puille · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Access Resistance

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Access Resistance

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Acoustic Characterisation

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - MEA-PCB

2026 · Raphael Panskus, Lukas Holzapfel · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Electrical Characterization

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH4 - Phantom experiments of neural electrode phantom

2026 · Raphael Panskus, Vasiliki Giagka · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH3

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH4 - Immersion experiments

2026 · Raphael Panskus, Vasiliki Giagka · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH3

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH5 - Electrical Characterization

2026 · Raphael Panskus · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment - CH4 - In vivo experiments

2026 · Raphael Panskus, Vasiliki Giagka · 4TU.ResearchData

Data underlying the PhD thesis: Multimodal Neural Interfaces - Design Principles and Technologies for Concurrent Electro-Acoustic Neuromodulation and Functional Assessment- CH4 - Supplementary

2026 · Raphael Panskus, Vasso Giagka · 4TU.ResearchData

Works count: 28

Citation count: 18

H-index: 3

I10-index: