"Spintronics: Electrons, Spins, Computers and Telephones"

"Spintronics: Electrons, Spins, Computers and Telephones"

Albert Fert, Nobel Prize in Physics 2007

Joint colloquium between the School of Physics and MRSEC

Spintronics exploits the influence of the electron spin orientation on electronic transport. It is mainly known for the “giant magnetoresistance” (GMR) and the large increase of the hard disc capacity obtained with read heads based on the GMR, but it has...

Date

October 31, 2011 - 10:30am

Location

Marcus Nanotech Conf.

Albert Fert, Nobel Prize in Physics 2007

Joint colloquium between the School of Physics and MRSEC

Spintronics exploits the influence of the electron spin orientation on electronic transport. It is mainly known for the “giant magnetoresistance” (GMR) and the large increase of the hard disc capacity obtained with read heads based on the GMR, but it has also revealed many other interesting effects. Today spintronics is developing along many novel directions with promising prospects as well for short term applications as for the “beyond CMOS” perspective. After an introduction on the fundamentals of spintronics, I will review some of the most interesting emerging directions of today: spin transfer and its applications to STT-RAMs or to microwave generation, spintronics with semiconductors, graphene and carbon nanotubes, Spin Hall Effects, neuromorphic devices etc.