Skyrmion racetrack memory (SK-RM) has been regarded as a promising alternative to
replace static random-access memory (SRAM) as a large-size on-chip cache device with …

Modern nonvolatile memories (NVMs) are widely recognized as energy-efficient
replacements of classical memory/storage media, such as SRAM, DRAM, and mechanical …

Magnetic skyrmion (MS), a vortexlike region with reversed magnetization in nanomagnets,
has recently emerged as an exciting development in the field of spintronics. It has a number …

Skyrmion racetrack memory is a rising star of nonvolatile memories due to its outstanding
access performance and storage density. However, the working principle of skyrmion …

Magnetic skyrmion (Sk), instead of magnetic domain wall (DW), holds great promise as
alternative information carriers in the future ultradense and low-power racetrack memory …

Magnetic Topological Textures (MTTs) have the potential to become the building block of
future memory and logic-in-memory devices due to their compact size and non-volatility …

Many cognitive algorithms such as neural networks cannot be efficiently executed by von
Neumann architectures, the performance of which is constrained by the memory wall …

Non-volatile (NV) cache is desired for overcoming the power and speed bottlenecks of the
modern static random access memory (SRAM). A promising candidate for constructing the …

Benefiting from numerous attractive characteristics, persistent memory (PM) has become a
promising substitute for DRAM. Unfortunately, PM suffers from limited endurance of memory …

Benefiting from its ultra-high storage density, high energy efficiency, and non-volatility,
racetrack memory demonstrates great potential in replacing conventional SRAM as large on …