13th International Symposium on Hysteresis Modeling and Micromagnetics (HMM 2023)
TU Wien, June 4-7, 2023
Digital book of abstracts
- Keynote talks
- Oksana Chubykalo-Fesenko: Modeling of magneto-thermo dynamics
- Giovanni Di Fratta: Curved thin-film limits of chiral Dirichlet energies
- Karl Fabian: Micromagnetics and hysteresis in rock magnetism
- Riccardo Hertel: High-frequency magnetization dynamics in three-dimensional interconnected nanowire geometries
- Richard D. James: Design of materials with low magnetic hysteresis: the unexpected role of magnetostriction
- Pavel Krejčí: Preisach energy potentials in models for magnetostriction
- Kanta Ono: Large-scale micromagnetic simulation for permanent magnets and soft-magnetic materials
- Bernd Schroers: Gauge theory and dynamics of chiral Sskyrmions
- Contributed talks
- Michael Philipp Adams: Atomistic simulations of the magnetic neutron scattering from nanoparticles along the hysteresis loop: effects of surface anisotropy
- Qais Ali: Benchmarking for systematic coarse-grained micromagnetics
- Carlo Appino: Analytic approach to magnetisation reversal
- Vittorio Basso: Boundary conditions for micromagnetism with spin currents
- Rasmus Bjørk: Accuracy of the demagnetization tensor
- Anton Bolyachkin: Tomography-based micromagnetic simulations of Nd-Fe-B hot-deformed magnets
- Ermanno Cardelli: Hysteresis modelling in additively manufactured FeSi magnetic cores
- Massimiliano d'Aquino: Micromagnetic simulation of inertial spin waves in ferromagnetic nanodots
- Ekaterina Dengina: Micromagnetic simulations of hot-deformed Nd-Fe-B magnets after grain boundary diffusion process
- Christian Dorn: Barkhausen noise investigation using a micro-magneto-mechanically coupled material model
- Lukas Exl: Computational micromagnetics with physics-informed neural networks
- Chiara Gavioli: Controllability of PDEs with hysteresis
- Daria Gusakova: Bloch-Point micromagnetic behavior in cylindrical nanowire: from simulation to experimental evidence
- Saverio Guzzetta: Simulation of core losses evaluation in EMI filters using the Jiles-Atherton hysteresis model
- Mehrija Hasicic: The effect of strain on the magnetization process
- Gino Hrkac: Graph theoretic modelling of rare earth transition material properties
- Òscar Iglesias: Tunable magnetic equilibrium configurations in dipolar helices
- Nils Petter Jørstad: Micromagnetic modeling of SOT-MRAM dynamics
- Attila Kákay: Finite-element micromagnetic modeling of spin-wave propagation with the open-source package TetraX
- Joo-Von Kim: Resonant dynamics of three-dimensional skyrmionic textures in thin film multilayers
- Olaf Klein: On a model for a magneto mechanical device: forward and inverse uncertainty quantification
- Sabri Koraltan: Current-driven emission of spin waves from magnetic vortices
- Ievgeniia Korniienko: Zeeman torque dynamics induced by ultrashort terahertz radiation
- Robert Kraft: Parallel-in-time integration of the LLG with the parallel full approximation scheme in time and space
- Jonathan Leliaert: Direct observation of temperature dependent vortex dynamics in a La0.7Sr0.3MnO3 micromagnet
- Luciano Mazza: Evaluating spintronic Ising machines for solving Max-Cut
- Maryam Massouras: Simulated time-resolved response of parametric spin wave excitations in YIG disks
- Giselle A. Monteiro: Approximation error bounds for rate-dependent Prandtl-Ishlinskii compensators
- Miroslav Neslušan: Barkhausen noise in soft magnetic composites
- Ermin Rahmanović: Modelling of unit differential reversal curves in the G2E hysteresis model
- Tomas Roubíček: Hysteretic ferro-paramagnetic phase transition in finitely-strained viscoelastic media
- Claudio Serpico: Bistability and bifurcations in the dynamics of coupled identical spin-torque vortex oscillators
- Andrei Slavin: Amplification of an isolated magnon mode in a rapidly cooling gas of magnons
- Ciro Visone: Hysteresis compensation by deep learning algorithms
- Yangyiwei Yang: Data-driven multiscale hysteresis simulations of Samarium-Cobalt permanent magnets
- Contributed posters
- Claas Abert: Novel nodal finite-difference micromagnetic code for distributed systems
- Sergiu Arapan: The role of the interface and ferromagnetic alloying on the interlayer exchange coupling
- Vittorio Basso: Disentangling electric field effect on spin waves in ferromagnetic insulators
- Mario Bendra: Simulation of spin-torque and magnetization dynamics in STT-MRAM multi-level cells
- Zuzana Birčáková: Application of the Jiles-Atherton model to iron-based soft magnetic composite materials and interpretation of their magnetic properties in terms of model parameters
- Florian Bruckner: magnum.np - A PyTorch based GPU enhanced finite difference micromagnetics
- Oksana Chubykalo-Fesenko: A high-temperature micromagnetic investigation of domain-wall dynamics based on the Inverse Faraday effect
- Amil Ducevic: Multiscale approach toward numerically modelling Soft magnetic composites
- Markus Gattringer: Micromagnetically integrated numerical model of spin pumping based on spin diffusion
- Markus Gusenbauer: Magnetization reversal of large granular magnetic materials
- Anna Giordano: A micromagnetic study of the parametric resonance response driven by voltage-controlled magnetic anisotropy
- Riccardo Ferrero: Modelling of magnetic nanoparticle clusters and effects on hyperthermia properties
- Riccardo Ferrero: A 3D micromagnetic solver with time integration based on the Cayley transform
- Johann Fischbacher: Micromagnetic modelling of soft-in-hard FeCo-FePt nanocomposites
- Peter Flauger: Investigation of possible origins of the back-hopping effect in MTJs using macrospin simulations with STT obtained from a free electron model
- Tomas Hadamek: Numerical study of two-terminal SOT-MRAM
- Santiago Helbig: Hysteresis losses of simulated magnetic nanoparticles with coupled magnetic and mechanical processes
- Oleksandr Hrushko: Some approaches for estimating thermal residual stresses in a polycrystalline Nd2Fe14B magnet
- Òscar Iglesias: Taming the influence of dipolar interactions in nanoparticle assemblies for magnetic hyperthermia
- Marko Jesenik: Analytical hysteresis model made on the basis of measured data
- Joo-Von Kim: Mode-resolved micromagnetics simulations for nonlinear spin wave processes in confined systems
- Alexander Kovacs: Finite Hex element adaptive mesh refinement of demagnetizing field computation
- Aphrodite Ktena: Magnetic anomaly detection of moving objects
- Jérémy Létang: Extraordinary magnetoresistance in a 2-terminal structure
- Sumit Maity: Domain wall dynamics in cubic magnetostrictive materials subject to Rashba effect and nonlinear dissipation
- Sumit Maity: Strain-mediated motion of magnetic domain walls in transversely isotropic hexagonal magnetostrictive materials with Rashba effect and dry-friction dissipation
- Hywel Normington: A decoupled, convergent and fully linear algorithm for the Landau-Lifshitz-Gilbert equation with magnetoelastic effects
- Harald Oezelt: Machine learning based optimization of hard-/soft magnetic nanostructures
- Santa Pile: Spin-wave behavior in single and double rectangular Ni80Fe20 microstrips: micromagnetic simulations vs TR-STXM direct imaging
- Bernhard Pruckner: Impact of spin-flip length in dsMTJ spacer layers on switching performance
- Klaus Roppert: Adaptions of an energy-based vector hysteresis model for vanishing rotational losses
- Maximilian Reichel: A numerical study on NdFeB magnets produced by severe plastic deformation
- Cristian Rotarescu: The effect of the magnetoelastic anisotropy on the magnetization processes in rapidly quenched amorphous nanowires
- Claudio Serpico: Analysis of spin-torque driven magnetization dynamics in saturated disks
- Evelyn Pratami Sinaga: Detecting skyrmions using magnetic small-angle neutron scattering
- Jiajun Sun: The magneto-acoustic interaction in ferromagnetic materials induced by Einstein-De Haas effect
- Andrey Voronov: Inverse-design micromagnetic simulation solver based on PyTorch framework
- Clemens Wager: Active learning scheme vs conventional optimization - developing a Python framework
- Hao Zhang: XRD+ prediction model using SVM and ANN