Neuronal electrical activity is widely studied in vivo, and the ability to measure its magnetic
equivalent to obtain an undisturbed signal with both amplitude and direction information …

The current trend in magnetoresistive sensors development is to increase the sensitivity of
single sensing elements by using multilayer structures and to design them into arrays. Such …

An alternative sensing solution is described to measure local magnetic hysteresis cycles
through a laminated magnetic core. Due to the reduced space gap separating two …

Magnetic rare-earth monopnictides have attracted a great deal of interest, not only because
of the nontrivial topological electronic states but also due to the extremely large …

The development of rapid, sensitive, portable and inexpensive early diagnostic techniques
is a real challenge in the fields of health, defense and in the environment. The current global …

The structural, electrical, magnetic, and elastic characteristics of the Mn2OsSn full-Heusler
compound have all been studied using the full potential linearised augmented plane (FP …

A new device architecture using giant magnetoresistive sensors demonstrates the capability
to detect very low magnetic fields on the pT range. A combination of vertically packed spin …

High sensitivity is crucial for anisotropic magnetoresistive (AMR) sensors in industrial
applications. In this paper, a high-sensitive AMR sensor based on magnetoresistive thin …

We demonstrate preparation and characterization of permalloy Ni 80 Fe 20 at.%(Py)
multilayers in which the Py layers were deposited by two different sputter deposition …

The magnetodielectric effect has attracted considerable attention due to its intriguing physics
and potential engineering applications in modern data storage, sensors, gyrators, and other …