Despite recent significant progress in real-time, large-area computer-generated holography,
its memory requirements and computational loads will be hard to tackle for several decades …

We offer a perspective on the prospects of ultrafast spintronics and opto-magnetism as a
pathway to high-performance, energy-efficient, and non-volatile embedded memory in …

In this work, we investigate single-shot all-optical switching (AOS) in Tb/Co/Gd/Co/Tb
multilayers in an attempt to establish AOS in synthetic ferrimagnets with high perpendicular …

The switching of a magnetic tunnel junction (MTJ) using femtosecond laser pulses enables a
possible path for nonvolatile, ultrafast, and low-dissipative memories. In this work, we …

Magnetization switching in ferromagnets has so far been limited to the current-induced spin–
orbit–torque effects. Recent observation of helicity-independent all-optical magnetization …

Ultrafast thermally induced magnetization switching (TIMS) with femtosecond lasers has
attracted much attention due to its ability to trigger a single switching on the picosecond time …

Thermally induced magnetization switching (TIMS) relying solely on a single laser without
any applied magnetic field is a key research direction of current spintronics. Most studies on …

Temperature-dependent magnetization of core-shell and alloy nanoparticles of cobalt
(Co)/nickel (Ni) is investigated within the context of the classical spin Hamiltonian and Monte …

In this study, we have investigated amorphous 20-nm-thick Tb/Fe 80 Co 20 multilayer
samples with different individual layer thicknesses and their corresponding alloy …

It is well known that the Gilbert relaxation time of a magnetic moment scales inversely with
the magnitude of the externally applied field, H, and the Gilbert damping, α. Therefore, in …