The motions of magnetic particles contained within organelles of living cells were followed by measuring magnetic fields generated by the particles. The alignment of particles was sensed magnetometrically and was manipulated by external fields, allowing non-invasive detection of particle motion as well as examination of cytoplasmic viscoelasticity. Motility and rheology data are presented for p...

Gravity and aeromagnetic anomalies of a local area in northern central Turkey obtained from the General Directorate of Mineral Research and Exploration of Turkey (MTA) used to estimate the source body magnetization, which can also reveal the remanent magnetization component. Rocks collected from the outcrops suggest a mafic origin for the gravity and magnetic anomalies. Possible paleopole posit...

A computer calculation technique of Lorentz microscopy image was developed and was applied to the analysis of the Lorentz microscopy image and magnetic domain structure of a weakly ordered FePt:C thin film for recording media. The magnetic domain structure was, at the as-deposited random state, a vortex network structure and evolved into the islandlike elongated reverse domain structure at the ...

Magnetic nanorods or nanowires exhibit degrees of freedom associated with their inherent shape anisotropy and the ability to incorporate different components along their length. The introduction of multiple segments along the length of a nanowire can lead to further degrees of freedom associated with the shape of each segment and the coupling between layers. In this paper, we present an overvie...