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A new type of memory device has been made by researchers in the US and Italy by attaching individual viruses to tiny specks of semiconducting material called quantum dots. The "hybrid" material could be used to develop biocompatible electronics and offer a cheap and simple way to make high-density memory chips, the researchers say.
The scientists say the device works by transferring charge from the CPMV's capsid to the nanoparticle when an electric field is applied. The thin zinc sulphide capping layer on the quantum dots stabilises the trapped charges so that they can be stored. In theory, this could lead to high-density storage, because each individual hybrid could be a single storage unit and millions would fit into a space just a few centimetres square.
The "hybrid" material could be used to develop biocompatible electronics and offer a cheap and simple way to make high-density memory chips, the researchers say.
The "hybrid" material could be used to develop biocompatible electronics and offer a cheap and simple way to make high-density memory chips, the researchers say.