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Nanoscale spin torque devices for spin electronics

NANOSPIN
PROJEKT WSPÓŁFINANSOWANY PRZEZ SZWAJCARIE W RAMACH SZWAJCARSKIEGO
PROGRAMU WSPÓŁPRACY Z NOWYMI KRAJAMI CZŁONKOWSKIMI UNII EUROPEJSKIEJ

PROJECT SUPPORTED BY A GRANT FROM SWITZERLAND THROUGH
THE SWISS CONTRIBUTION TO THE ENLARGED EUROPEAN UNION
Project title: Nanoscale spin torque devices for spin electronics (Acronym NANOSPIN) www.nanospin.agh.edu.pl
Project coordinator: AGH University of Science and, Kraków Department of Electronics
Prof. Tomasz Stobiecki
Partners: Institute of Molecular Physics Polish Academy of Sciences, Poznań
Prof. Janusz Dubowik
Laboratory for Nanomagnetism and Spin Dynamics,
Ecole Polytechnique Federale de Lausanne and Paul Scherrer Institut, Prof. Jean-Philippe Ansermet

Scope and objectives of the project: The aim of the project is Polish-Swiss collaboration by jointly developing novel nanoscale spintronic devices based on the innovative spin transfer torque (ST) effect, which promises unrivaled future scaling, flexibility and low power consumption making this approach particularly suitable for GreenIT information and communication technology devices.

The working principle of memory, logic and in particular nano-oscillators based on ST is to manipulate the magnetization by using spin-polarized currents rather than by applying conventional magnetic fields. While the ST effect was discovered a few years ago, for instance devices such as commercial ST oscillators are still unavailable because essentially an understanding of the factors that govern the characteristics of the spin-torque-induced oscillations is lacking, and this limits the efforts to develop competitive devices.

To achieve in-depth understanding, we will propose a comprehensive and quantitative analysis of spin-dependent transport and spin-transfer torques in specially designed nanostructures.

Period: 01.09.2011 – 30.09.2016

Value of co-financing: 777 788,34 CHF

Swiss contribution:

More information about the project: nanospin.agh.edu.pl/

Tło strony

Żel fizyczny utworzony przez żelator methyl-4,6-O-(p-nitrobenzylidene)-α-D-glukopyranozę z butanolem w stężeniu 2%, obraz z polaryzacyjnego mikroskopu optycznego