Hosted on MSN

Chiral skyrmion flows enable new approach to nanoscale logic devices

In magnetic materials with antisymmetric exchange interactions, novel particle-like spin textures called magnetic skyrmions can appear and be manipulated by electrons. First observed in 2009, they ...
Semiconductor Engineering

Tapping Into Non-Volatile Logic

Research is underway to develop a new type of logic device, called non-volatile logic (NVL), based on ferroelectric FETs. FeFETs have been a topic of high interest at recent industry conferences, but ...
Nanowerk

New study suggests chiral skyrmion flows can be used for logic nanodevices

Researchers find that magnetic skyrmions can behave like chiral fluids, which may be harnessed for fluidic logic in nanofabricated devices. (Nanowerk News) In magnetic materials with antisymmetric ...
EDN

Fairchild’s Newest Ultra Low Power TinyLogic Devices Speed Flash-Memory Selection and Connecting of Convergent Features in Portable Designs

SOUTH PORTLAND, Maine–July 2, 2003–Fairchild Semiconductor International (NYSE: FCS) announced four new additions to its NC7 series of TinyLogic ® Ultra Low Power logic devices. The NC7SV19, a 1-of-2 ...
Electronic Design

Automotive ICs Go “Back to the Future” with Minimalist Logic Devices

The history and continued need of small-scale integration ICs for digital-logic functions. How a serial-input/parallel-output shift register can expand I/O pins while ...
EurekAlert!

New study suggests chiral skyrmion flows can be used for logic devices

Schematic illustration showing how nanoscale magnetic skyrmions flow through an H-shaped junction to perform logic operations. The device demonstrates fluid-like collective behavior of skyrmions in ...