Publications by authors named "Mathieu Mirjolet"
Article Synopsis
- Interfacial strain engineering enhances the assembly and functionality of ferroic nanomembranes, enabling the development of advanced multiferroic devices.
- Employing geometrical engineering techniques allows the creation of innovative 3-D architectures, like helices and kirigami frames, using barium titanate and cobalt ferrite bilayers.
- These unique 3-D structures demonstrate exceptional mechanical deformation and dynamic reconfiguration, showing their potential for applications in micro actuation, soft robotics, and adaptive materials.
Understanding the physics of strongly correlated electronic systems has been a central issue in condensed matter physics for decades. In transition metal oxides, strong correlations characteristic of narrow d bands are at the origin of remarkable properties such as the opening of Mott gap, enhanced effective mass, and anomalous vibronic coupling, to mention a few. SrVO with V in a 3d electronic configuration is the simplest example of a 3D correlated metallic electronic system.
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