Scientists at IBM Research and the California Institute of Technology (Caltech) have found ways to use the structure of DNA in order to build a computer chip that is smaller, faster, and more efficient. Generally processor built with the current 32nm technology, but IBM found a way to resolve the issue with the chip built using 22nm technology, as well as the exploration class for new transistor that uses carbon nanotube or silicon nanowire.
IBM announced the nanostruktur DNA pattern in the surface of lithographic, lithographic patterns that combine with the self-assembly to create the structure of DNA origami as' scaffolding '. This is then used in the surface that is compatible with semiconductor equipment manufacturing. Discovery of the DNA molecule for the development of this computer chip shall used as a component in the small dimensions of the semiconductor factory-built conventional. Structure of DNA origami is not only easier for manufacturers to make the chip smaller, faster and powerful, but also more efficient and cheaper.
Basic techniques behind making DNA origami is developed in the Caltech and began to create a single DNA molecule to itself via a reaction between the ion single viral DNA Synthetic oligonucleotide mixtures and different. According to researchers at Caltech, the method is also effective to include DNA origami nanostruktur such as in the form of a box, triangle and star with the dimensions of 100nm to 150nm and with a thick 2 times the length of Helix DNA, so that each form can interact with each other nano-scale components it. (h_n)
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