Japanese scientists have developed a spin-orbit torque magnetoresistive random-access memory (SOT-MRAM) device with the ...

The finding could one day be harnessed in ultrafast computing memory, the researchers say. The scientists formulated a new equation that describes the link between the amplitude of the magnetic ...

Engineers have developed a new-structure magnetic memory device utilizing spin-orbit torque-induced magnetization switching. The research group of Professor Hideo Ohno and Associate Professor ...

That’s where Andy Geppert comes in. He’s turned his own personal interest into magnetic core memory into a quest to introduce this fascinating technology to a whole new generation thanks to ...

Concept of the helimagnet-based memory devices. The directions of the atomic magnetic moments, depicted by the colored allows, are arranged into a spiral. Chirality, the right- and left-handed ...

A team of Spanish and French scientists have finally found a way of reading and writing magnetic memory without using magnetic fields and coils of wire. Instead of using a magnetic "head" to read ...

Also able to be switched from conducting to insulatingby altering the temperature applied, this phenomenon holds hope forhighly-efficient magnetic memory applications. "This can provide a more ...

The findings could lead to the development of new magnetic memory devices with the potential to increase operation speeds of ...

using a magnetic switch in a way that both stores a bit representing the hardware's state and alters the physical conformation of the hardware. In essence, it merges memory and physical changes.

Magnetic solidstate memory could make it so. Besides promising instant-oncomputing, magnetic memorycould also hold the key to minimizing power consumption. With reduced power demands, it may ...

Here’s how it works. A bizarre type of magnetic quasiparticle that looks like a tiny, swirling bubble could one day be used as a computing bit in future memory devices after scientists sped it ...