How Diamond Nanostructures Can Be Used For Boosting Internet Performance?

The world witnessed amazing growth in the internet with the advancement in the connection types used. As of now, fiber internet is the fastest medium with as much as 3000 Mbps speed and immense bandwidth.

This is possible with the use of silicon chips that are used alongside the type of medium for data transfer. Reputed internet companies such asย Xfinity Internet offer outclass fiber and cable internet services with great speeds.

However, the focus now is on developing quantum internet with the use of diamonds. Yes, thatโ€™s right, diamond crystals can be used for developing long-distance internet connections that will give immense speed for large data transfers. So, whatโ€™s it about? We shall be seeing it in this article. Letโ€™s begin:

What is Quantum Internet?

For understanding the concept, we need to see how this concept came into existence. It revolves around the idea of Entanglement.ย โ€˜A spooky action at a distance,โ€™ย as called by Albert Einstein, entanglement is a concept where diamond crystals can be used for keeping information 3 meters apart.

The measuring state of one quantum bit or qubit will fix the other state in the entanglement, resulting in information exchange that can be used for long-distance data exchange. In other words, diamond crystals can be used for developing a connection that would use entanglement.

How Would Quantum Internet Work?

As highlighted earlier, the quantum internet will use entanglement for transferring data. The phenomenon will take place with the use of entangled photons. These photons would in turn use fiber optics to entangle qubits.

With this, the result would be superfast and secure communication especially used for delivering data and software for quantum computers over long distances. In addition, itโ€™ll be much easier to scale things up in comparison with other forms of connection.

The Use of Flawed Diamonds & Quantum Repeaters

The secret to the process is the generation of photons from quantum light sources. The…

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