We report a comparative study of magnetic field driven domain wall motion in thin films made of different magnetic materials for a wide range of field and temperature. The full thermally activated creep motion, observed below the depinning threshold, is shown to be described by a unique universal energy barrier function. Our findings should be relevant for other systems whose dynamics can be modeled by elastic interfaces moving on disordered energy landscapes.Fil: Jeudy, V.. Université Paris-Saclay; Francia. Université Paris Sud; Francia. Centre National de la Recherche Scientifique; FranciaFil: Mougin, A.. Université Paris-Saclay; Francia. Université Paris Sud; Francia. Centre National de la Recherche Scientifique; FranciaFil: Bustingorry,...
In this paper, we perform a detailed study of the scaling properties of a ferromagnetic thin film mo...
Magnetic domain wall motion is at the heart of new magnetoelectronic technologies and hence the need...
International audienceMagnetic-field-driven domain wall motion in an ultrathin Pt/Co (0.45 nm)/Pt fe...
We present a quantitative and comparative study of magnetic-field-driven domain-wall depinning trans...
International audienceWe study the ultraslow domain-wall motion in ferromagnetic thin films driven b...
Understanding magnetic domain walls dynamics (DW) is crucial in order to develop technological appli...
The dynamics of micrometer-sized magnetic domains in ultrathin ferromagnetic films is so dramaticall...
We study the motion of a domain wall on an ultrathin magnetic film using the magneto-optical Kerr ef...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
[EN] While edge pinning is known to play an important role in sub-mu m wires, we demonstrate that st...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
While edge pinning is known to play an important role in sub-μm wires, we demonstrate that strong de...
Magnetic-field-driven domain wall motion in an ultrathin Pt / Co ( 0.45 nm ) / Pt ferromagnetic f...
In this paper, we perform a detailed study of the scaling properties of a ferromagnetic thin film mo...
Magnetic domain wall motion is at the heart of new magnetoelectronic technologies and hence the need...
International audienceMagnetic-field-driven domain wall motion in an ultrathin Pt/Co (0.45 nm)/Pt fe...
We present a quantitative and comparative study of magnetic-field-driven domain-wall depinning trans...
International audienceWe study the ultraslow domain-wall motion in ferromagnetic thin films driven b...
Understanding magnetic domain walls dynamics (DW) is crucial in order to develop technological appli...
The dynamics of micrometer-sized magnetic domains in ultrathin ferromagnetic films is so dramaticall...
We study the motion of a domain wall on an ultrathin magnetic film using the magneto-optical Kerr ef...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
[EN] While edge pinning is known to play an important role in sub-mu m wires, we demonstrate that st...
The motion of domain walls in magnetic materials is a typical example of a creep process, usually ch...
While edge pinning is known to play an important role in sub-μm wires, we demonstrate that strong de...
Magnetic-field-driven domain wall motion in an ultrathin Pt / Co ( 0.45 nm ) / Pt ferromagnetic f...
In this paper, we perform a detailed study of the scaling properties of a ferromagnetic thin film mo...
Magnetic domain wall motion is at the heart of new magnetoelectronic technologies and hence the need...
International audienceMagnetic-field-driven domain wall motion in an ultrathin Pt/Co (0.45 nm)/Pt fe...