We fabricated bit-patterned media (BPM) at densities as high as 3.3 Tbit/in 2 using a process
consisting of high-resolution electron-beam lithography followed directly by magnetic film …

We report on the dynamics of the magnetic moment numerically simulated for a chain of the
magnetic nanodots coupled through the dipole–dipole interaction and in the presence of the …

We demonstrate a technique for measuring the intrinsic bit-error-rate as a function of write
misregistration in bit patterned media. We examine the recording performance at bit …

In this paper, we present a write failure analysis for bit-patterned media recording (BPMR)
with formulas derived to calculate its probability for a given set of system parameters. The …

The magnetic structure and the processes of magnetization reversal of individual cobalt
nanodots and arrays of cobalt nanodots have been studied using the magneto-optical Kerr …

We propose a bit patterned media fabrication method based on low energy nitrogen ion
implantation. Nitrogen ion implantation of fcc-Co/Pd multilayer or hcp-CoCrPt single layer …

The switching of single bit magnetic islands in bit patterned media (BPM) for two cases with
10 times difference in coercivity, as well as the switching field distribution (SFD) of the …

In this paper, we report magnetic force microscopy (MFM) observations of switching
probability of individual bit islands in bit patterned media. The switching probability (p) of …

The task of the calculation of the dipole-dipole interaction between cobalt nanodot and
magnetic tip was formalized and the computing algorithm was implemented in parallel C++ …

We report an experimental study on the dynamic thermomagnetic (TM) reversal mechanisms
at around Curie temperature (Tc) for isolated 60 nm pitch single-domain [Co/Pd] islands …