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Memristor

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MEMRISTOR
OUTLINE
1. What is a memristor?
2. How does it work?
3. How to apply?
WHAT IS A MEMRISTOR?
• A memristor is a non-linear component
relating electric charge and magnetic
flux linkage.It was described and
named in 1971 by Leon Chua,
completing a theoretical quartet of
fundamental electrical components
which comprises also the resistor,
capacitor and inductor.
• от англ. memory — память,
и англ. resistor — электрическое
сопротивление
HOW DOES IT WORK?
• The memristor is able to change its
resistance depending on the charge
flowing through it. This makes it a nonvolatile memory device, which can be
more efficient than the flash memory
used in computers and smartphones. It
can completely replace RAM, and we
can forget about the concept of
"booting up the system" in a computer.
We’ll be able to continue our work
from where it was last stopped.
• от англ. Random Access Memory,
RAM — оперативная память.
HOW TO APPLY?
• A newly-patented method for analysing
memristor performance is based on the
analysis of the electronic current
microstructure. The proposed method
extends the arsenal of measurement
technology in the production of
memristors, which have become the
basis for a new generation of non-volatile
memory devices. Future applications of
memristors range from superconducting
quantum computers to creating artificial
synapses (a synapse is a structure that
permits a neuron to pass an electrical or
chemical signal to another neuron) in
complex neural networks.
REFERENCES
• http://eng.unn.ru/news2/new-method-to-analyse-memristor-performance-patented-by-unnresearchers
• https://en.wikipedia.org/wiki/Memristor
• https://www.elprocus.com/wp-content/uploads/Memristor.png
• https://ru.wikipedia.org/wiki/Мемристор
• https://zen.yandex.ru/media/energofiksik/chto-takoe-memristor-i-kak-ego-planiruiut-primeniat5c962ffb62c99e2114bd74ac
THANKS FOR YOUR ATTENTION!
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