What is a memoristral district?

MEMORTRist is a passive component in which the resistance changes in relation to the charge that passes through the device and remembers the last charge it has gone through it, even if the charge is removed. The circuits are made of three primary passive components: transistors, resistors and inductors. The discovery of the memoristor adds the fourth part of the circuits, which can lead to progress in computer technology and nanotechnology. The smaller the memoristor circuit, the better it works. This allows scientists to create smaller and smaller plates of circuits.

Leon Chua first theorized the possibility of the perimeter of the memorist in 1971 at work at the University of California in Berkeley. The real invention of the memorist did not occur until 2008, when HP Labs finally created a working version of the thin stripe of titanium oxide, which was doped or changed to include fewer oxygen atoms, then it should. When the fee runs in one direction by a memoristor, it gives it a higher resistance. When the charge passes in the opposite direction, the resistance reduces.

a combination of small sizeAnd the capabilities of the Circuit Memmorristor Remember the last charge he has gone through him will unlock many doors in the world of electronic circuits. The plates of the circuits must be a certain size in order to enter all transistors and other pieces. With the discovery of memoristors, these components can reduce to a fraction of their current size.

The ability to remember the last fee has been even more amazing. When the user turns off the computer, it loses all the unsaved data because the power is required to "remember" the computer. However, MEMRORTRISTRS remembers this data without energy, so the user could turn the computer on and off to find exactly how he left it when he turned it off.

not using the memoristor circuits would create only smaller plates of circuits, greater memory and the ability to store memory with power supply is gone, the quality of the memoristor circuit that allows him to change his resistance in relation to the prochImplementation of the charge in the future can be able to create computers that can "think". Currently, the perimeter is either on or on, depending on whether the charge flows through it. However, if the memoristor circuits were used, the computer could cover a number of values ​​between the off and on and make a more complicated decision.