I would have expected we'd have a working [memristor](http://whatis.techtarget.com/definition/memristor) by now, considering they have been decades in the making. There has been [progress](https://www.extremetech.com/extreme/258134-organic-memristor-sets-records-speed-durability) but I'm still waiting for this technology to be ready for mass production.

However, we are seeing a lot of progress with neural nets and quantum computing.

Just yesterday I was writing about a new [neuromorphic chip](https://steemit.com/science/@globalvanguard/new-neuromorphic-chip-1-million-times-faster-than-traditional-neural-nets-and-1-000-times-more-energy-efficient) and now I just came across a new quantum computing architecture.

![](https://steemitimages.com/DQmUxRfdpsyLrLjZ6CnEkVVUcd6evGkRPVWzmAaCfN3e72N/image.png)

Qubits are the core component of quantum computers. The new silicone based technology invented by researches in Australia is making qubits controlled by electric signals instead of magnetic ones. 

This makes it much easier to integrate qubits into electronic circuits and could make quantum computing chips small, scalable and affordable.

Seems like a true next generation breakthrough to me. Check out this short video that explains how it works:

https://www.youtube.com/watch?v=QpLeWXEGiUc

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