The property associated with them becomes exponentially more important as the scale goes towards the nanometer level due to the 1 over D^2 term in the equation for that property, an equation that also factors in a value at both high and low doping values. This term dot org criticized recent proposals to use them for brain functions like biometric recognition as mere hype, while more realistically they may be able to implement non-volatile RAM, as
The property associated with them becomes exponentially more important as the scale goes towards the nanometer level due to the 1 over D^2 term in the equation for that property, an equation that also factors in a value at both high and low doping values. This term dot org criticized recent proposals to use them for brain functions like biometric recognition as mere hype, while more realistically they may be able to implement non-volatile RAM, as they retain their information after losing power. Titanium dioxide is placed between two plates of platinum spread some five nanometers ? apart to create them. First posited by Leon Chua in 1971 and first built by Stan Williams et al, FTP, identify this "fourth fundamental circuit element" recently constructed by researchers at HP Labs.
The property associated with them becomes exponentially more important as the scale goes towards the nanometer level due to the 1 over D^2 term in the equation for that property, an equation that also factors in a value at both high and low doping values.
{Memristor} [prompt on "{Memory Resistor}"]