Журнал «Современная Наука»

Russian (CIS)English (United Kingdom)
 MOSCOW +7(495)-142-86-81

Information processing by nanomagnetic logic devices

Dmitriev Alexei I.  (Moscow State University of Railway Engineering (Moscow); Institute of Problems of Chemical Physics, RAS (Chernogolovka) )

The article discusses the principles of information processing by nanomagnetic logic devices consisting in manipulating the magnetization of individual magnetic nanoparticles in a single-domain state and combined into a logical network. In a single-domain state, nanoparticles have uniaxial magnetic anisotropy, which makes them a bistable system suitable for binary coding of information: the magnetization down corresponds to a logical "0", the magnetization upwards is "1". These two states are separated by an energy barrier, the height equal to the energy of the magnetic anisotropy. The considered logical network, consisting of magnetic nanoparticles, implies an absolutely new way of carrying out logical operations. We are talking about a network of nanomagnets connected by a dipole interaction and admitting the existence of intermediate frustrated states, analogous to quantum entanglement.

Keywords:information processing, nanomagnetic logic device¸ spintronics.
 

Read the full article …

Citation link:
Dmitriev A. I. Information processing by nanomagnetic logic devices // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2017. -№07-08. -С. 36-41
LEGAL INFORMATION:
Reproduction of materials is permitted only for non-commercial purposes with reference to the original publication. Protected by the laws of the Russian Federation. Any violations of the law are prosecuted.
© ООО "Научные технологии"

Terms Publications

Issues of the journals (Archive)

ECONOMICS AND LAW
HUMANITIES
NATURAL AND TECHNICAL SCIENCES
COGNITION

Серия - Natural and Technical Sciences