Microwave assisted magnetic recording (MAMR) is one of the key candidate technologies
for ten terabits class magnetic recording. In this article, we review MAMR technology and its …

Computational micromagnetics is widely used for the design and development of magnetic
devices. The theoretical background of these simulations is the continuum theory of …

A micromagnetic model analysis was used to investigate spin-transfer torque oscillators
(STOs) and magnetic write heads for microwave-assisted magnetic recording (MAMR). Our …

In this paper, we present systematic micromagnetic modeling investigation on recording
process of segmented thin-film media with circularly polarized magnetic field at microwave …

Microwave-assisted magnetic recording (MAMR) is a promising candidate for ultra-high-
density recording devices. In this study, microwave-assisted magnetization switching (MAS) …

Models of microwave-assisted magnetic recording are used to investigate the potential of
the technology. With both single-and double-layer [exchange coupled composite (ECC)] …

In current perpendicular magnetic recording, a high-recording signal-to-noise ratio (SNR)
always accompanies wide track width, limiting the area density capability. To overcome this …

This chapter discusses nanostructured magnetic thin films for data storage, including
overview of perpendicular recording media and FePt media for heat‐assisted magnetic …

Microwave-assisted switching (MAS) is simulated for different CoPt and CoPt/Co3Pt
nanosrtuctures as a function of applied DC field and microwave frequency. In all the cases …

In this paper, we perform an estimate of the areal density achievable for microwave-assisted
magnetic recording (MAMR) using micromagnetic simulations (μ-mag), the grain-flipping …