Weak magnetic fields offer nearly lossless transmission of signals within biological tissue.
Magnetic nanomaterials are capable of transducing magnetic fields into a range of …

Magnetic nanomaterials in magnetic fields can serve as versatile transducers for remote
interrogation of cell functions. In this study, we leveraged the transition from vortex to in …

Magnetic fields are very attractive for non-invasive neuromodulation because they easily
penetrate trough the skull and tissue. Cell specific neuromodulation requires the magnetic …

We show how compensated antiferromagnetic interfaces can be implemented in the
micromagnetic simulation program MuMax 3. We demonstrate that we can model spin flop …

The topological nature of the magnetic-vortex state gives rise to peculiar magnetization
reversal observed in magnetic microdisks. Interestingly, magnetostatic and exchange …

In this thesis, we investigate how compensated as well as uncompensated antiferromagnetic
interfaces can be modelled in the open source software package MuMax3, which has been …

The influence of the in-plane uniaxial anisotropy (IPUA) in the mutual energy transfer time (τ)
between two identical coupled nanodisks was studied. Using an analytical dipolar model …

In this work, we demonstrate the application of anisotropic magnetite nanodiscs (MNDs) as
transducers of torque to mechanosensory cells under weak, slowly varying magnetic fields …

Many interfacial effects occurring in magnetic heterostructures are related to emergence of
inhomogeneous magnetic states. In these states, a magnetic order and a direction of …