Controllable dynamic magnetism in reconfigurable ferroelastic domain-wall networks engineered via nanocavities

Keyphrases

• Kink 100%
• Ferroelectric Domain Walls 100%
• Dynamic Magnetism 100%
• Reconfigurable 100%
• Nanocavity 100%
• Controllable Dynamics 100%
• Domain Wall Network 100%
• Intrinsic Disorder 66%
• Microscopy 33%
• Vortex 33%
• Superconducting Quantum Interference Device (SQUID) 33%
• SrTiO3 33%
• Magnetism 33%
• Domain Walls 33%
• Atomic Scale 33%
• Magnetic Field Generation 33%
• Match Simulation 33%
• Circuit Design 33%
• Atomistic Simulation 33%
• Symmetry Breaking 33%
• Scale-free 33%
• Non-volatile Memory 33%
• Magnetic Signature 33%
• Twin Wall 33%
• Magnetic Response 33%
• Power Law Exponent 33%
• Local Magnetic Field 33%
• Spintronics 33%
• Energy Release 33%
• Ultra-high Density 33%
• Universal Power Law 33%
• Defect-engineered 33%
• Domain Wall Motion 33%
• Domain Wall Propagation 33%
• Ferroelastic 33%
• Local Field Enhancement 33%
• Strain Gradient 33%
• Velocity-dependent 33%
• Jerk 33%
• Engineering Dynamics 33%
• Mechanical Energy 33%
• Flexoelectric Coupling 33%
• Stochastic Networks 33%
• Cycle-to-cycle 33%
• Multi-scale Framework 33%
• Polarization Current 33%
• Displacement Current 33%
• Avalanche Dynamics 33%
• Depinning Transition 33%
• Extended Lifespan 33%
• Ferroelastic Materials 33%
• Polarization Dynamics 33%
• Release Events 33%
• Memory Functionality 33%
• Atomic-scale Mechanism 33%
• Racetrack Memory 33%

Engineering

• Domain Wall 100%
• Intrinsic Property 28%
• Magnetic Field 28%
• Limitations 14%
• Engineering 14%
• Circuit Design 14%
• Nonvolatile Memory 14%
• Multiscale 14%
• Bridging 14%
• Power Law Exponent 14%
• Magnetoelectronics 14%
• Field Enhancement 14%
• Macroscale 14%
• Mesoscale 14%
• Millisecond 14%
• Mechanical Energy 14%
• Strain Gradient 14%
• Atomistic Simulation 14%
• Superconducting quantum interference devices 14%
• Energy Release 14%

Material Science

• Magnetism 100%
• Domain Wall 100%
• Nanocavity 100%
• Density 14%
• SQUID (Device) 14%
• Electronic Circuit 14%
• Nucleation 14%
• Reproducibility 14%