The development of more advanced technologies to process radiofrequency signals could further advance wireless communication, ...

Organizing data in a specific order, also known as sorting, is a central computing operation performed by a wide range of ...

First, the memristor has to preserve the quantum properties of a qubit (otherwise no further operations can be performed). Second, to set its own internal state, the memristor has to measure a ...

Memristors in action: Sort-in-memory, a nervous system for robots, RF signal processing. Researchers from Peking University ...

Or will we be asking, a few years from now, “Whatever happened to the memristor?” The TiO2 memristor is just one of many contending new technologies. Considering only the realm of switched-resistance ...

Both a memristor and a bit work with electrical impulses. However, a bit does not allow any fine adjustment – it can only work with ‘on’ and ‘off’. In contrast, a memristor can raise or lower its ...

So not only does the memristor seem like a simple, effective and useful innovation that works in a reasonably clear way, it's within sight of the finishing line already. Lots more on this to come.

A memristor is a device with two states that it can be switched between. In one, it provides high resistance to current traveling through it; in the alternate state, it allows current to pass more ...

A memristor requires no electricity to maintain its data, turning what is technically "main memory" or RAM into a more permanent storage device. But that won't exactly be useful if it remains at ...

The new component is called a memristor, or memory resistor. Up until today, the circuit element had only been described in a series of mathematical equations written by Leon Chua, who in 1971 was ...

The memristor (short for memory resistor) represents the fourth basic circuit element in electrical engineering, joining resistors, capacitors, and inductors.