Invented the world's smallest of the data storage device
Invented the world's smallest data storage device: Auston (NNC) Experts at the University of Texas at Austin (NNI) have discovered the world's smallest storage device, made of two-dimensional (TODI) material and measuring the size of a nanometer.
Scientists have dubbed it the 'atom resistor', meaning that it is a transistor that stores a tiny scale. A store of data can be stored. It holds storage between the resistance switches. When a particular voltage is applied to a particular substance, its electrical resistance changes and weakens or becomes stronger. This phenomenon is used to write and delete it; Finally, the same resistance process can be used to read stored data. When one of the atoms in a nanometer-scale hole goes in or out, the conductivity of the material changes.
In this way, data can be scientifically stored at the nuclear level. Molybdenum disulfide has been used for this purpose. But the exact same process can not be tested on many substances, even an "atom resistor" can be made. Thus, it is the planet's shortest memory that has been built on a nuclear scale. To create this "atom", experts divided molybdenum disulfide into pieces one nanometer long and one nanometer wide, which was only as thick. This way, as much as 25 terabytes of which can be theoretically stored on a square centimeter piece.
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