Thomas Saerbeck
instrument responsible on D17
Main areas of expertise : magnetism and proximity effects in thin films and multilayers
| Information | |
|---|---|
| saerbeck@ill.eu | |
| Location | Science Building | 3rd floor | 334 |
| Phone | +33 (0)4 76 20 70 72 |
| Instr. phone | +33 (0)4 76 20 70 77 |
| Digital vcard | link to download |
| Find me | LinkedIn | ORCID ID | Google Scholar | scholarGPS |
Managing access to Magnetism Platform @ CNRS Institute Néel for ILL staff
College 5C Secretary
| Curriculum Vitae | |
|---|---|
| PhD in Physics07/2012 | University of Western Australia (School of Physics)/Australian Nuclear Science and Technology Organisation (Bragg Institute)[Australia] |
| Instrument Responsible, Staff Scientist Large Scale Structures Group, Science Division | Institut Laue Langevin, Grenoble, France |
| Post-doctoral research fellow (2012-2014) Center for Advanced NanoscienceAdvisor: Prof. Ivan K. Schuller | University of California, San Diego (UCSD), USA |
| Visiting scientist (2012), The Bragg InstituteSoftware development and commissioning of polarized neutron data reduction framework | Australian Nuclear Science and Technology Organization, Australia |
| PhD thesis (2012), School of Physics / The Bragg Institute,Supervisors: Prof. R.L. Stamps / Dr. F. KloseInvestigation of magnetic thin film heterostructures using polarized neutron reflectometery and neutron diffraction | University of Western Australia / Australian Nuclear Science and Technology Organization, Australia |
| Diploma in Physics (2008), Surface Magnetism GroupSupervisor: Prof. M. Donath Construction and commissioning of an ultra-high vacuum, low energy, spin-polarized, electron source for use in inverse photoemission. | Münster UniversityWestfälische-Wilhelms-Universität, Germany |
Magnetism and proximity effects in thin films and multilayers
- Multiferroic thin films and heterostructures, their magnetic properties and behaviour under external stimuli
- Layer morphology and magnetic structure of thin film functional heterostrucures and lateral patterns
- Magnetic proximity effects across interfaces in heterostructures of dissimilar materials
- Physical mechanisms of interlayer exchange coupling and magnetic order in thin film multilayers
- Polarised neutron reflectomtery and off-specular scattering of hard condensed matter systems for magnetism, materials science or applied studies
| Professional Experience | |
|---|---|
| Visiting Professor(2017) at Department of Physics and Astronomy, KU Leuven;Scientific host: Prof. Kristiaan Temst | Katholieke Universiteit Leuven, Belgium |
|
Instrument Responsible, Staff Scientist Large Scale Structures Group, Science Division |
Institut Laue Langevin, Grenoble, France |
| Post-doctoral research fellow (2012-2014) Center for Advanced NanoscienceAdvisor: Prof. Ivan K. Schuller | University of California, San Diego (UCSD), USA |
| Visiting scientist (2012), The Bragg InstituteSoftware development and commissioning of polarized neutron data reduction framework | Australian Nuclear Science and Technology Organization, Australia |
| PhD thesis (2012), School of Physics / The Bragg Institute,Supervisors: Prof. R.L. Stamps / Dr. F. KloseInvestigation of magnetic thin film heterostructures using polarized neutron reflectometery and neutron diffraction | University of Western Australia / Australian Nuclear Science and Technology Organization, Australia |
|
Diploma in Physics (2008), Surface Magnetism GroupSupervisor: Prof. M. Donath Construction and commissioning of an ultra-high vacuum, low energy, spin-polarized, electron source for use in inverse photoemission. |
Münster UniversityWestfälische-Wilhelms-Universität, Germany |