Plasmonic devices are capable of efficiently confining and enhancing optical fields, serving
as a bridge between the realm of diffraction-limited optics and the nanoscale. Specifically, a …

Bit-patterned media (BPM) for magnetic recording provides a route to thermally stable data
recording at> 1 Tb/in 2 and circumvents many of the challenges associated with extending …

Bit patterned media (BPM) provide an alternative to conventional granular thin film recording
media, circumventing the challenges of managing grain size and its associated noise and …

In this work, we generate and probe the shortest wavelength surface acoustic waves to date,
at 45 nm, by diffracting coherent extreme ultraviolet beams from a suboptical phononic …

A micromagnetic study on the magnetization reversal in bit patterned media (BPM) with each
bit consisting of an exchange coupled composite (ECC) layer stack is presented. The …

We examine the magnetic properties and recording performance of bit patterned exchange
coupled composite (ECC) magnetic media at different bit and island aspect ratios. The ECC …

Chemically ordered 5 nm-thick L1 0 FePtCu films with strong perpendicular magnetic
anisotropy were post-patterned by nanoimprint lithography into a dot array over a 3 mm …

The magnetic properties and the recording capability of sputtered tape media are evaluated
using hard-disk-drive (HDD) components. The sputtered tape media consists of a CoPtCr …

We report on the fabrication of 1 Tdot/in 2 bit patterned media with high coercivity (HC) and
narrow intrinsic switching field distribution (iSFD) based on nanoimprint from a master …

Magnetization reversal and magnetic exchange coupling of (Co/Ni)× N/Ru/(Co/Pt)× 12 were
investigated as a function of the temperature. The number of repeats N of the soft multilayer …