A research team has developed a groundbreaking two-dimensional (2D) phase-transition memristor leveraging intrinsic ion migration for ultra-low power consumption and high endurance. Unlike ...

The new memristor accomplishes something similar ... "We need new materials and switching mechanisms to reduce the complexity of the systems and increase the range of functionalities." ...

With a novel switching mechanism and analog-digital flexibility, this new memristor tackles one of AI’s biggest flaws: the tendency to forget learned tasks when new ones are introduced—just ...

Earlier this year, Korea Advanced Institute of Science and Technology, or KAIST, announced the development of a self-learning memristor that’s even better at replicating the synapses in our brain.

There is no electronic component more interesting with more novel applications than the memristor, and now they’re available commercially from Knowm, a company that is on the bleeding edge of ...

For the last few years, the people in the know have been wondering about the memristor. The simplest explanation of what a memristor is comes from the name itself – it’s a memory resistor.

The memristor exhibits properties that could enable neuromorphic systems to learn continually, similar to neural plasticity in the brain. “We have discovered a fundamentally new electrochemical ...

The new memristor accomplishes something similar ... We need new materials and switching mechanisms to reduce the complexity of the systems and increase the range of functionalities.” ...

The new memristor accomplishes something similar ... We need new materials and switching mechanisms to reduce the complexity of the systems and increase the range of functionalities.” It is precisely ...