A Material ‘Stores Information’ Discovered

Scientists have discovered the ability to ‘store information’ in a material, which has never been seen before in inanimate material. If all goes as planned, we may have much faster and larger capacity storage units in the future.

Data storage technology is growing day by day. Previously we only needed car-sized machines to store a few kilobytes, now We can fit terabytes into tiny devices.

Today, it is no longer just the size of the storage, and it has moved towards how fast the stored data is transferred. Scientists can revolutionize this issue They made a discovery.

It has been discovered that a material stores information almost like our brain

Researchers have found that the component ‘vanadium dioxide’, which is non-living and has a structure that does not even pass by the complexity of the brain, is the result of previous external stimuli. just like our brain can ‘remember’ they discovered. Ability to store an activity or information, first time appears on a material.

Vanadium dioxide (VO2), from the material after it as a semiconductor potential to perform better It is a material that has recently been used as an alternative or complementary to silicon as the basis of electronic devices.

VO2One of the ‘s most interesting features is that when it’s below 68 degrees Celsius (154.4 degrees Fahrenheit), a insulator behaving like. But when it rises above this critical temperature through a change known as the metal-insulator transition turns into a metal with good conductivity. The scientists measured VO during these transitions.2‘s last activity’you remember’ discovered.

Teamwork, VO2About the last applied current of withholds information for at least three hours revealed. Maybe even VO2‘s retention period for this ‘information’ it could be even longer however, the scientists who conducted the research do not have the necessary equipment to measure the time.

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However, according to the predictions of scientists, VO2 Thanks to this, we can obtain faster, larger capacity and expandable storage units. In other words, with this discovery, a great contribution can be made to the development of electronic devices, especially data processing and storage. What are you thinking? Please do not forget to share your thoughts with us in the comments.

Source :
https://www.sciencealert.com/no-other-material-behaves-in-this-way-scientist-identify-a-compound-with-a-memory


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