3 ms·
Memristors have "been around" in laboratory settings for a few years now. The research is done, now it's time to figure out how to market it. Seems pretty reaso
by tubbo 14y ago
Memristors have "been around" in laboratory settings for a few years now. The research is done, now it's time to figure out how to market it. Seems pretty reasonable to me. This is actually very exciting to me, because the concept of a memristor, that of a large amount of small devices storing chunks of a larger piece of memory, is supposedly the same or a similar way that your brain's memory works.
- aortega 14y agoThe research is very far from done. Disclaimer: I'm not a physicist but at the lab the guy to my left is one and he's doing a PhD about memristors. I have an experimental device in front of me with wires coming out and stuff, it's based on some titanium alloy. They basically don't know why it works. They have some theories, like conductive ion micro channels forming in the material or something like that. They have two mathematical models of simulation, completely different of each other, and each one "works" under different set of conditions, but unlike transistors, flash memory and other components, the underlying effect that make most memristors work is currently unknown or theoretical. I was quite suprised because they don't tell you this in the news. I'm sure this small detail will not stop HP or Intel from selling it anyway. Edit: "the concept of a memristor, that of a large amount of small devices storing chunks of a larger piece of memory" <-- this is not the concept of a memristor. Not even close.
- molmalo 14y agoWell, we have two models for light, and that doesn't stop us from using it :) Hopefully it's something like this: If it works, let's sell it, then we can use some money to investigate how does it work and how we can improve it.