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IBM molecular cascade: nanoelectronic logic gate using the domino principle

IBM Announces Researchers at Almaden Research Center have created a compute module 250,000 times smaller than the smallest silicon chip. It is argued that the computational module uses a molecular cascade, with the help of which it is possible to move CO (carbon monoxide) molecules over the surface of a copper plate and computations are reduced to changing the configuration of molecules.

The area of ​​the molecular cascade is no more than 200 sq. nm, and, according to scientists, if Moore’s law remains in force for the next several decades, then the molecular cascade will be smaller in size than a similar semiconductor circuit, made using CMOS (CMOS) technology, for another 40 years.

The notorious molecular cascade uses the forces of attraction between carbon atoms in CO molecules (molecules with a covalent bond) and copper. Initially, CO molecules are deposited on the surface of a copper substrate, on which a grid with a linear cell size of 0.25 μm is applied. CO molecules spontaneously jump from one cell to another, causing chain reactions that occur between those cells in which CO molecules have already been deposited (or, more precisely, causing reactions of transition to neighboring cells). Explaining the principle of operation of its molecular cascade, IBM gave a rather illustrative example: dominoes standing on an edge, which fall from the slightest touch. If you put the knuckles in a row, then they will fall on each other, and if you collect two rows of knuckles and put a bone at the end, which can fall from either of the two, you get an element of logical OR.

At the same time, such a scheme, according to IBM, works quite stably: in a chain of 10,000 cells, scientists have not yet seen a single error. Scientists have already figured out how to create an I element based on the idea of ​​”dominoes”, but the NOT element has yet to be invented. The pictures show how the technology was used to create a two-way filter.

By the way, a similar idea – the use of avalanche-like processes – was demonstrated by British scientists, only there they used not CO molecules on the copper surface, but electrons in a gas-filled tube of complex shape. So far, of course, all these studies are rather in the nature of studying the possibilities of creating a molecular-electronic element base, and before the introduction of technologies into industry, the same 40 years may pass, about which it is said that during their course the size of molecular cascades will be less than the size of a CMOS element. But, nevertheless, we wish IBM good luck in further interesting developments.

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