Introduction – Over several years, the building blocks of storage media are becoming smaller each day. But the miniaturization of molecular technologies leads to hindrance of fundamental limits of different mechanics of quantum. The new approaches are considered that uses crossover molecules as they are very small for possible storage unit. Normal hard drives are considered as special molecules for saving the information through their magnetic state.
Usage – For this, they are directly placed on the surfaces without any damage to the ability for saving the information. A research has been conducted which shows the management of molecules onto the surface, but it helps in the interactions and improvement of storage capacity of molecules. The conventional hard drives have the storage capacity which can be increased by more than one hundred fold that carries data and making smaller drives.
Research – An interdisciplinary research has been conducted which shows that a principle of function by switching helps the user to assume different kinds of magnetic states that are firstly attached to a special kind of surface so that it can change the connection of the surface directly. Later, it can also be switched between various low and high magnetic states that are turning gradually up to 45 degrees. When these storage technologies are transferred, it determines and identifies information of three states including 0, 1 and 2.
Function – A computer can save smallest piece of information. Bits are composed of both digit and binary which is further considered as smallest electronic storage unit which is the basic building blocks of all those information that is stored on our hard drives. These are presented in a sequence of two different types of symbols including both o and 1, which is known as binary code. In previous years, the storage media are becoming smaller which have the information storing capacity.
For storing data, different kind of technology is used at present time which restricts the quantum mechanics because of the size of the bit. For this, a single molecule has been used by the scientists which helps in the encoding of a bit and demonstrate various concepts and principles which enable the smaller drives for keeping more storage especially for the future purpose. The introduced molecule was one square nanometer in size, which is then encoded in hundred times smaller than the present time requirement. It leads to the shifting of restrictions for quantum physics in storing this technology.
