In 1900, Max Planck proposed the first proposal related to Quantum Mechanics, to solve one of the problems that arose at that time, and which spoke of black body radiation and which in those years was harshly questioned, but Albert Einstein managed to convert it. in the beginning that could explain the photoelectric effect and that brought him fame as one of the best physicists who existed at that time.
The news of quantum computing
In the twenty-first century, quantum computing is still science fiction. And although we find thousands of studies and laboratories that say they have begun to carry out operations with quantum computing, a way has not yet been found to stabilize a system that shows convincing results.
One of the big problems that have been found so far has been that when trying to transfer quantum information between chips quickly and effectively, the reality is that the information degrades and that translates into errors.
What is the difference between normal and quantum computing?
Large computers offer linear problem solving, that is, we are talking about a calculation every time the computer is asked a question. Since quantum computers, the particles from which the development of problem solving is formed can be in two places at the same time, therefore, it is normal that both scientists around the world and researchers want to take advantage of this property to be able to carry out the development of machines capable of executing multiple calculations simultaneously.
How we can apply quantum technology
There are many options in which quantum technology can provide incalculable value, below we will describe some of them.
Although we can distinguish at least 6 technologies in which quantum technology can be applied, there are 2 that are undoubtedly especially important for the future of medicine, genetics and biology, among the factors on which we base our statement is that quantum computing, quantum simulation and quantum optics.
Quantum technology applied to Medicine
The creation of algorithms for Artificial Intelligence much more evolved that help find more effective treatment methods depending on the type of patient or developing more complex molecular structures.
Quantum technology applied to the financial sector
In the financial sector, quantum technology will help mitigate risks and manage portfolios more effectively. Perhaps quantum sensors and quantum security show their enormous potential.
Quantum technology applied to the cybersecurity sector
Currently and although we do not see it, companies like Microsoft, IBM or Google They are already racing to build more secure quantum computers.
Quantum technology applied to the mathematics sector
Quantum technology will make some types of mathematical problems much easier to solve than with today's computers.
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