Conventional CMOS electronics we have been using for several decades already, are based on the electron's charge property. The electron, however, can also“spin”. In the fascinating field of spintronics we learn how to control the electrons's spin to reinvent the future of electronics.

We would like to invite you to join our team to explore the captivating world of spintronics and discover novel methods to manipulate the spin degree of freedom in novel devices using electrical, magnetic, and optical means.

Our laboratory is seeking for highly motivated and creative young scientists to carry out their PhD projects in a dynamical, exciting, and supporting environment. The projects involve film growing and fabrication of atomically engineered devices; construction of state-of-the-art experimental apparatus using ultrafast high power lasers and high frequency electronics; modeling and simulation.

For details please contact Dr. Amir Capua
amir.capua(at)icloud.com

Web: http://www.amir-capua.info/

欢迎咨询，目前Amir在德国马普所。如果想去德国马普所读博，也可以和他商量。[ 来自版块群 亚洲公派 ]

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