| Jun Akedo |
National Institute of Advanced Industrial Science and Technology |
Japan |
Principle of aerosol deposition method and its application to dielectric/ferroelectric thick films |
| Jennifer Andrew |
University of Florida |
USA |
Nanostructured multiferroic composites with applications in electronics and biomedicine |
| Andrew Bell |
Leeds University |
UK |
Low Temperature Dielectric Relaxations in Ferroelectrics and Relaxors |
| Ingrid Canero Infante |
CNRS/Institut des Nanotechnologies de Lyon France |
France |
Tailoring nanoscale structure and defects in epitaxial ferroelectric thin films for mechanical switching of ferroelectric domains |
| David Cann |
Oregon State University |
USA |
Engineering Relaxor-Ferroelectric Crossover for Actuator Materials |
| Stefano Cecchi |
Paul Drude Institute |
Germany |
Epitaxial ferroelectric tellurides for the non-volatile control of the Rashba effect |
| Charlotte Cochard |
University of Dundee |
UK |
Cu-Cl boracite: an Electrostatic Question Mark |
| Michele Conroy |
Imperial College London |
UK |
Probing the Atomic-Scale Internal Structure of Mutliferroic Domain Walls During Dynamics with the Electron Beam |
| Kumara Cordero-Edwards |
University of Geneva |
Switzerland |
Novel Functionalities at Twin Domain Crossings |
| Neus Domingo |
ORNL |
US |
BE PFM and BE CRF to decouple mechanical and ferroelectric properties of BaTiO3 free-standing membranes and single crystals |
| John Daniels |
University of New South Wales |
Australia |
Domain wall interactions at grain boundaries in ferroelectric polycrystals |
| Anna Gągor |
Institute of Low Temperature and Structure Research, Polish Academy of Sciences |
Poland |
Organic-Inorganic Lead Halides Based on Methylhydrazinium, Structure-Property Relations |
| Vincent Garcia |
CNRS |
France |
Insights Into Antiferromagnetic Spin Textures in Multiferroic BiFeO3 |
| Sylvia Gebhardt |
Fraunhofer Institute for Ceramic Technologies and Systems IKTS |
Germany |
Antiferroelectric Capacitors for Power Electronics |
| Philippe Ghosez |
University of Liège |
Belgium |
On the Origin of Polarons in ABO3 Oxide perovskites: a first-Principles Perspective |
| Julia Glaum |
Norwegian University of Sci & Technology |
Norway |
Piezoelectrics for biology |
| Sebastian Glinsek |
Luxembourg Institute of Science and Technology |
Germany |
Processing of Piezoelectric Films for Haptic Applications |
| Anton Hofmeister |
STMicroelectronics |
Italy |
Progress in Piezo MEMS technology – an enabler for a new wave of Sensors and Actuators |
| Jorge Íñiguez |
University of Luxembourg |
Luxembourg |
Optimization of Artificial antiferroelectrics from Atomistic Simulations |
| Neamul Khansur |
Friedrich-Alexander-Universität Erlangen-Nürnberg |
Germany |
Structure-property relationships in lead-free polar perovskite oxides |
| Andrei Kholkin |
University of Aveiro |
Portugal |
Bio-molecular ferroelectric materials: from aminoacids to self-organized peptides |
| Jurij Koruza |
Institute for Chemistry and Technology of Materials, Graz University of Technology |
Austria |
Piezoelectric hardening using internal and external variables |
| Lisha Liu |
Nanjing University of Science and Technology |
China |
Dynamics and intrinsic properties of domain walls in bismuth ferrite |
| Daesu Lee |
POSTECH |
Korea |
Flexoelectric Polarizing and Control of a Ferromagnetic Metal |
| Yun Liu |
Australian National University |
Australia |
Nanostructural design for new bulk photovoltaic materials beyond conventional ferroelectricity |
| Tuhin Maity |
ISSER Thiruvananthapuram |
India |
New Ways to Tune magneto-Electric multiferroics |
| Sylvia Matzen |
University Paris-Sud, University Paris-Saclay |
France |
Photostrictive PZT Thin Film based-microdevices |
| Elena Mishina |
RTU Mirea Moscow |
Russia |
Characterization and Control of Polar Dielectrics Using Ultrashort Laser Pulses |
| Finlay Morrisson |
University of St. Andrews, Scotland, UK |
UK |
Phase Transitions in Improper and Incommensurate Ferroelectrics |
| Gang Niu |
Xian Jiaotong University |
China |
Key roles of interface and domain in BNT based lead-free piezoelectric thin films |
| Johanna Norlander |
Harvard University, USA |
USA |
Multiferroic Hexagonal ABO3 Thin Films As a Versatile Quantum Materials Platform |
| Troy Olsson |
University of Pennsylvania |
Pennsylvania |
Aluminum Scandium Nitride Ferroelectric Materials and Devices |
| Mojca Otoničar |
Joseph Stefan Institute |
Slovania |
Influence of the cold sintering process on the microstructure and properties of perovskite ferroelectrics: BiFeO3 case study |
| Nini Pryds |
Technical University of Denmark, Dept Energy Convers & Storage |
Denmark |
Symmetry breaking in electromechanical materials |
| Karin Rabe |
Rutgers University |
USA |
DFT (to be confirmed) |
| Rajeev Ranjan |
Indian Institute of Science |
India |
NBT-based lead-free piezoceramics |
| Klaus Reichmann |
Graz University of Technology |
Austria |
Processing of Lead-Free Perovskite Relaxor Materials for High Power Applications |
| Jurgen Roedel |
Technical University of Darmstadt |
Germany |
Dislocation-mediated functionality in ferroelectrics |
| Tadej Rojac |
Jožef Stefan Institute |
Slovenia |
Domain-Wall Contributions to Piezoelectric Response: Relaxor Versus Normal Lead-Based Ferroelectric Ceramics |
| Ahmad Safari |
Rutgers University |
USA |
Advances in Development and Applications of Pb-Free Piezoelectric Materials |
| Ana M. Sanchez |
University of Warwick |
UK |
Electron microscopy of ferroelectric incommensurate spin crystals |
| Tony Schenk |
Ferroelectric Memory Company |
Germany |
A Wholistic View on HfO2/ZrO2-Based Ferroelectric Memory Research |
| Pankaj Sharma |
UNSW |
Australia |
Anisotropic Ionic Conduction in Van Der Waals Ferroelectrics |
| Laura Stoica |
Thales |
UK |
Upgrading underwater acoustic technology: the challenging step of implementing advanced piezomaterials |
| Susan Trolier-McKinstry |
Pennsylvania State University |
USA |
New Ferroelectrics for Memory Applications |
| Andrey V. Tumarkin |
St. Petersburg Electrotechnical University |
Russia |
Tunable Structures “ferroelectric film/Silicon carbide” for High Power Microwave Applications |
| Lixiang Wu |
Silicon Inc. |
Austria |
Piezoelectric MEMS for acoustic and ultrasonic applications |
| Ming-Ming Yang |
University of Warwick |
UK |
The Interface Piezoelectric and Pyroelectric Effects |
| Zuo-Guang Ye |
Simon Fraser University |
Canada |
Recent Development and Understanding of Bismuth-Based High-Tc High-Performance Piezo-/ferroelectrics |
| Hiroko Yokota |
Chiba University |
Japan |
The Observations of Polar Domain Boundaries in ferroics |
| Nan Zhang |
Xian Jiaotong University |
China |
Polar domain boundaries in a non-polar Antiferroelectric single crystal |
| Pavlo Zubko |
University College London |
UK |
Free-Standing Ferroelectric Superlattices |
