Hard disk drives have become the most commonly used mass storage devices because of
their low cost and high storage capacity. However, the current perpendicular magnetic …

A heat assisted magnetic recording composite media with a superparamagnetic writing layer
is proposed. The recording process is initiated in the write layer that is magnetically softer …

Curvature of recorded bit and skew are two factors limiting further improvement of the areal
density capacity of heat-assisted magnetic recording. Performance degradation due to …

Recently, much effort has been directed towards increasing the areal density of heat-
assisted magnetic recording (HAMR). Here, we use our HAMR recording simulation that …

Spin-wave devices have recently become a strong competitor in computing and information
processing owing to their excellent energy efficiency. Researchers have explored magnons …

We develop a code to extract the signal-to-noise ratio (SNR) arising from the magnetic film in
a recording medium. The approach allows us to separate the remanence and transition …

We present a new magnetic sensor design using a lateral spin valve (LSV) structure that
features a sensing end less than 10 nm thick, making it suitable for integration with …

The ultimate user storage-area density for heat-assisted magnetic recording is an important
consideration both from research and commercial perspectives. We propose two new …

An exchange coupled composite media structure proposed previously seems to address
both the issue of T c variation in FePt as well as poor SNR/User Density during the HAMR …

A major issue plaguing Heat Assisted Magnetic Recording (HAMR) is the high writing (T
write) and peak heat spot temperatures (T peak). To counter this, a low temperature thermal …