Add to ORKGCombining ferromagnetic and semiconductor materials is a challenging route to create new options for electronic devices in which the spin of the electron is employed. The spin-valve transistor (SVT) is the first of such hybrid devices shown to work successfully. This review describes the basic science and technology of the SVT and derived devices, such as the magnetic tunnel transistor
The magnetic tunnel transistor (MTT) is a three terminal hybrid device that consists of a tunnel emi...
In this article a new type of spin-valve transistor, a hybrid GaAs/Si device, is presented. In this ...
High density magnetic recording, magnetic random access memories, displacement and current detection...
Combining ferromagnetic and semiconductor materials is a challenging route to create new options for...
An overview is given of the fabrication, basic properties, and physics of the spin-valve transistor....
The paper describes the necessary technologies needed for realising a RT operating spin-valve transi...
The conventional electronics uses the charge property of the electrons and holes. The building block...
Summary form only given. The spin-valve transistor (SVT) is a three terminal device in which hot ele...
This thesis discusses research on the hot-electron transport in the spin-valve transistor (SVT). Thi...
Functional integration between semiconductors and ferromagnets was dem-onstrated with the spin-valve...
A spin-valve transistor (SVT) that employs hot electrons is shown to exhibit a huge magnetotransport...
A spin-valve transistor showing high sensitivity at low fields was developed. A large magnetocurrent...
reconfigurable hardware. Spin valves are spintronic devices that can potentially serve as both non-v...
Most applications in electronics are based on manipulation of the electron charge. Currently, there ...
A superconductor with a spin-split excitation spectrum behaves as an ideal ferromagnetic spin-inject...
The magnetic tunnel transistor (MTT) is a three terminal hybrid device that consists of a tunnel emi...
In this article a new type of spin-valve transistor, a hybrid GaAs/Si device, is presented. In this ...
High density magnetic recording, magnetic random access memories, displacement and current detection...
Combining ferromagnetic and semiconductor materials is a challenging route to create new options for...
An overview is given of the fabrication, basic properties, and physics of the spin-valve transistor....
The paper describes the necessary technologies needed for realising a RT operating spin-valve transi...
The conventional electronics uses the charge property of the electrons and holes. The building block...
Summary form only given. The spin-valve transistor (SVT) is a three terminal device in which hot ele...
This thesis discusses research on the hot-electron transport in the spin-valve transistor (SVT). Thi...
Functional integration between semiconductors and ferromagnets was dem-onstrated with the spin-valve...
A spin-valve transistor (SVT) that employs hot electrons is shown to exhibit a huge magnetotransport...
A spin-valve transistor showing high sensitivity at low fields was developed. A large magnetocurrent...
reconfigurable hardware. Spin valves are spintronic devices that can potentially serve as both non-v...
Most applications in electronics are based on manipulation of the electron charge. Currently, there ...
A superconductor with a spin-split excitation spectrum behaves as an ideal ferromagnetic spin-inject...
The magnetic tunnel transistor (MTT) is a three terminal hybrid device that consists of a tunnel emi...
In this article a new type of spin-valve transistor, a hybrid GaAs/Si device, is presented. In this ...
High density magnetic recording, magnetic random access memories, displacement and current detection...