We study the tunneling effect in nanometric devices called magnetic tunnel junctions. For this, we solve the Schrödinger equation using the WKB approximation. In the end, we obtain important results associated with two quantum phenomena: i) The tunnel magnetoresistance. ii) The spin transfer torque. The calculations were done in Mathematica.
We study the tunneling effect in nanometric devices called magnetic tunnel junctions. For this, we solve the Schrödinger equation using the WKB approximation. In the end, we obtain important results associated with two quantum phenomena: i) The tunnel magnetoresistance. ii) The spin transfer torque. The calculations were done in Mathematica.
The content is not yet available
Views: 1
Related Articles
Notifications
Receive the new articles in your email
Other Articles
The nepy project: Investment, education, and cultural agility
stats con chris
Death Note. The day I met the manga characters in Tokyo
stats con chris
Quantum models explained with athletics
stats con chris
Python: Tracking any phone number
joushe info
