Quantum computing

quantum computing

It is a technology that is beginning, quantum computers instead of taking advantage of the physical properties of electricity or magnetism, zeros and ones, what they do is take advantage of the properties of matter at very small levels, quantum, and there are phenomena such as entanglement, where a particle can be in a mixture of states.

There comes some of the greatest minds that have ever existed, such as Richard Feynman among other scientists, who saw that this could be used, since logic and a translation can be made to take advantage of those intertwined states, and in this way perform mathematical operations that work.

So the states of matter can be translated into mathematical operations in QUBIT, and the great advantage of this is that you can do many operations at the same time.

What is a QUBIT?

As the bytes is the minimum unit in classical computers, the QUBIT is the minimum unit in quantum computing, and its state can be a mix between 0 and one, on and off, or white or black.

Application areas of quantum computing.

At present they are used in the branch of physics to study and simulate states of matter, also in the mathematical and statistical areas, solving theoretical algorithm theorems.

In the area of ​​cyber security, since encrypted post-quantum protocols are executed much faster and more secure.

Mention the advantages and disadvantages of quantum computing.

Disadvantages:

Large and very modern cooling systems are required to maintain the physical entanglement property of QUBITs.

Currently you can only run very specific programs and their execution time is very short.

With increasing capabilities in quantum computers they can be used to break security codes and personal keys.

Advantages:

Theoretically quantum computers are more powerful, but that will be in the future.

Larger quantum computers with more processing capacity are being created every time.

Greater information processing due to the number of QUBIT states.

As the number of QUBITs increases in a quantum computer, the amount of information in each state doubles in its potential state.

The programming is very similar to classical programming, it is handled by means of logic gates, but in this case they are quantum logics.

For some tasks, quantum computers can perform them with fewer logical operations.

Thank you for visiting my blog. If you like posts about #science, #planet, #politics, #rights #crypto, #traveling and discovering secrets and beauties of the #universe, feel free to Follow me as these are the topics I write about the most. Have a wonderful day and stay on this great platform :) :)

! The truth will set us free and science is the one that is closest to the truth!