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Data Storage in Liquid and Water:Harvard University Research


The advancement of technology has paved ways for innovative and creative ideas for liquid data storage, Data storage in water, Information storage ,liquid computer memory and usage of data. One of them is the data storage in water molecules and liquid data storage Before twenty first century this idea was not even thought of but this is actually been implemented in most of the developing countries such as the US and many more. The whole chemical processes the research work the implementation period and its success is described below. The first ones were the science researchers of US who were able to initiate the first liquid data storage medium at unimaginable densities.

Liquid Data Storage Techniques

Their research has shown that the particles of data storage in water have resembled the solid hard drive platters that can be used to encode the 1s and 0s of information storage data. The researchers are even more hopeful that one day they would be able to store data of about 1TB in one table spoon of liquid data storage, data storage in water, information storage, liquid computer memory in hard drive. The liquid data storage and data storage in water can further be classified into other forms such as liquids computer memory foams polymers and some other bio materials. The most interesting and important common property that is found in liquid data storage is that their physical behaviours are subject to vary at different temperatures that usually includes the adjustment of shape accordingly at molecular level.

This research was carried by Sharon and David. They basically used a nanoparticle technique that was specially designed for colloidal suspension. Colloidal suspension basically refers to the particles that are not completely dissolved in solution still containing their properties that is the soft matter. They experimented by heating the liquid computer memory what basically happens is that the particles rearrange themselves in a known way. The basic reason for using the nanoparticles were that they can be arranged in the form of four or more groups having a central sphere that is used for binding the clusters together.

The excitation of these nano particles technique can be done by providing them with thermal energy into the system. This technique creates the nano particles to move around the central sphere and make different configurations. The entire setting is only about 5 micrometers but by the efforts of the whole researching team they were able to see the changes in the arrangements of the atom and the molecules. Certainly this technique was the initial steps there is still a lot of work remaining to be done in order to fix the cluster in desired shape in the large volume of the liquid data storage and also to read the data stored in water the particle quickly.

Data Storage in Water

The reading and understanding of such data storage in water with small particles cannot be done by only microscope. The only problem left in such a creation is the reading and understanding information storage of data very easily and quickly. Reference WWW.extremetech.com Another renowned institution has conducted a research on it. The New York University and the University of Michigan have been working on the techniques that use these clusters of nanoparticles. The power of storage of these clusters is more than that of the conventional computers having two storage states that are 0 and 1.Which have liquid data storage ,data storage in water ,information storage ,liquid computer memory.

It would be appropriate if the working of these clusters are resembled to that of the Rubik cubes hat is to represent different storage states like liquid data storage, data storage in water, information storage and liquid computer memory . These are estimated to have eight million different states. The working of the system is due to the central sphere attached to the nanoparticles. Trapping of the outer particles with each other into their proper place is done in order to store the data when the sphere is small. So when the sphere is large than the particles are used to store different amount of information in them. They did the same experiment as the science researchers of US did that is the thermal heating procedure.

Liquid Computer Memory

If smart phones are compared to this new technology and technique than it can be seen that this new research has shown that a terabyte of information storage data can be stored in a liquid computer memory and cluster of nano particle that is three percent concentration in a tablespoon which the smart phones would require external storage to perform. The problem that the researchers are facing that they are not able to read the information storage data easily so presently they are working on a method known as scanning and tunneling technique with microscope. There technique are a number of advantages of this cluster technique some of which are enlisted below. They can be used in order to detect the water pollutants present in data storage in water or they can be used to provide biological information storage about the body. Another use of these clusters can be done in robotics such as in new technology called the soft robots that can use cluster for sensing and control. The most important and useful of all the points is that these clusters can be used to identify unique liquid computer memory substances such as the fuel or explosives and the various important and dangerous chemicals that can be used illegal for making dangerous drugs and other harmful medicine not medically fit for human beings to use. Reference WWW.wired.co.UK The scientists have founded that the information storage capacity of data storage in water to store a large amount of liquid data storage in them by using Nano scale ferroelectric effects and many more for storing binary information storage.

Basically in ferroelectric effect the inducing of the poles by the help of an electric field is done. The poles are used to encode the information storage. There is a problem in ferroelectric method that the surface is charged. This problem got a solution by the team oriented from the Drexel and Pennsylvania they used the data storage in water called the humble data storage in water which was constituted of titanium barium oxide nano wires that is basically about 100000 times thinner than a human hair. The electrode stabilisation method is not as much reliable as this new method named as the data storage in water based methods. The research team is very much enthusiastic that this ferroelectric liquid computer memory is able to hold as much as about 12.8 m of GB of information storage data. Apart of these challenges the scientists are facing new problems such as the arranging of these wires most efficiently in order to make the best use out of this new technology.

05-29-16

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