The field of spintronics has attracted tremendous attention recently owing to its ability to offer
a solution for the present-day problem of increased power dissipation in electronic circuits …

Electric-field-control of magnetism can dramatically improve the energy efficiency of
spintronic devices and enhance the performance of magnetic memories. More generally, it …

The quest for novel low-dissipation devices is one of the most critical for the future of
semiconductor technology and nano-systems. The development of a low-power, universal …

We demonstrate voltage-induced (non-STT) switching of nanoscale, high resistance voltage-
controlled magnetic tunnel junctions (VMTJs) with pulses down to 10 ns. We show∼ 10x …

Spintronics is regarded as a promising solution for resolving the major challenging issues
related to the scaling of Si-based complementary metal–oxide–semiconductor (CMOS) …

Instant-on nonvolatile electronics, which can be powered on/off instantaneously without the
loss of information, represents a new and emerging paradigm in electronics. Nonvolatile …

Spintronic devices, ie, those utilizing the interaction of magnetic moments with electric
voltages and currents in magnetic nanostructures, offer an exceptionally promising set of …

The scaling of CMOS technology has followed Moore's Law for more than five decades [1],
enabling the continuous growth of the semiconductor industry. This trend, however, currently …

This chapter presents a brief overview of the requirements for emerging nonvolatile memory
technologies in order to be competitive compared to existing solutions, with a particular …

Electric field-induced switching for magnetic memory devices Page 215 6 Electric Field-Induced
Switching for Magnetic Memory Devices Pedram Khalili and Kang L. Wang Department of …