Focus Group F4 "Magnetoelectric Sensors"

This focus group bundles all activities on ME sensors based on piezoelectric and magnetostrictive composite materials. The investigation of all sensor concepts requires extensive characterization in terms of micro- and nanostructure, magnetic and piezoelectric properties and the resulting ME properties. The focus groups provide a platform for exchange on the different interlocking subjects relevant to the ME sensor research.

The focus group is coordinated by Dirk Meyners. The following projects participate in the focus group:

  • A1 (Magnetostrictive Multilayers for Magnetoelectric Sensors)
  • A6 (Microstructure and Structural Change of Magnetoelectric and Piezotronic Sensors)
  • A7 (ΔE-Effect Sensors)
  • A8 (Modelling of Magnetoelectric Sensors)
  • A9 (Surface Acoustic Wave Magnetic Field Sensors)
  • A10 (Magnetic Noise of Magnetoelectric Sensors)
  • B1 (Analog Signal Processing)
  • B12 (Bioinspired Nanocomposites for Early Detection of Complications in Gastrointestinal Surgery)
  • B13 (Magnetoelectric 3D Mapping in Gastrointestinal Diagnostics)
  • Z1 (MEMS Magnetoelectric Sensor Fabrication)

 

Participating Researchers

Involved researchers Projects
Zeynep Altintas B12 - Bioinspired Nanocomposites for Early Detection of Complications in Gastrointestinal Surgery
Johan Arbustini B1 - Sensor Noise Performance and Analogue System Design
Andreas Bahr
Giuseppe Barbieri A8 - Modelling of Magnetoelectric Sensors
Christian Dorn A10 - Magnetic Noise of Magnetoelectric Sensors
Mark Ellrichmann B13 - Magnetoelectric 3D Mapping in Gastrointestinal Diagnostics
Martha Gerhardt A5 - Piezotronic Magnetoelectric Composites
Martina Gerken A8 - Modelling of Magnetoelectric Sensors
B12 - Bioinspired Nanocomposites for Early Detection of Complications in Gastrointestinal Surgery
Bjoern Gojdka
Hendrik Gross
Jan-Paul Gundlach B12 - Bioinspired Nanocomposites for Early Detection of Complications in Gastrointestinal Surgery
Michael Höft B1 - Sensor Noise Performance and Analogue System Design
T1 - Transfer project – Individualized Deep Brain Stimulation
Fatih Ilgaz
Sören Kaps A5 - Piezotronic Magnetoelectric Composites
Lorenz Kienle A6 - Microstructure and Structural Change of Magnetoelectric and Piezotronic Sensors
Anne Kittmann
Hanna Lewitz
Fabian Lofink A9 - Surface Acoustic Wave Magnetic Field Sensors
B13 - Magnetoelectric 3D Mapping in Gastrointestinal Diagnostics
Z1 - MEMS Magnetoelectric Sensor Fabrication
Jeffrey McCord A1 - Magnetostrictive Multilayers for Magnetoelectric Sensors
A10 - Magnetic Noise of Magnetoelectric Sensors
Jana Meyer A9 - Surface Acoustic Wave Magnetic Field Sensors
Z1 - MEMS Magnetoelectric Sensor Fabrication
Bridget Murphy A6 - Microstructure and Structural Change of Magnetoelectric and Piezotronic Sensors
Florian Niekiel
Marc Alexander Nowak Z1 - MEMS Magnetoelectric Sensor Fabrication
Julius Pochhammer
Eckhard Quandt A7 - Electrically Modulated Magnetoelectric Sensors
A9 - Surface Acoustic Wave Magnetic Field Sensors
Rahil Radfar B12 - Bioinspired Nanocomposites for Early Detection of Complications in Gastrointestinal Surgery
Klaus Rätzke B7 - 3D-Imaging of Magnetically Labelled Cells
Robert Rieger B1 - Sensor Noise Performance and Analogue System Design
Mohsen Samadi A8 - Modelling of Magnetoelectric Sensors
Stefan Schröder
Felix Schlichting A7 - Electrically Modulated Magnetoelectric Sensors
Dennis Seidler
Elizaveta Spetzler A10 - Magnetic Noise of Magnetoelectric Sensors
Thomas Strunskus
Lars Thormählen A1 - Magnetostrictive Multilayers for Magnetoelectric Sensors
Felix Weisheit A9 - Surface Acoustic Wave Magnetic Field Sensors
Patrick Wiegand
Niklas Wolff A6 - Microstructure and Structural Change of Magnetoelectric and Piezotronic Sensors
Henrik Wolframm B1 - Analog Signal Processing
Stephan Wulfinghoff A10 - Magnetic Noise of Magnetoelectric Sensors
Lukas Zimoch