6 applications that change the world of quantum computer technology

In which aspects, quantum computer technology can be applied, let's find out.

Applications of electronic technology to life

Supercomputers with a high speed of processing based on the power of quantum physics platform will be a key element of future computer technology. That is the judgment of the co-founder of D-Wave quantum computer company, Eric Ladizinsky.

The bottom line is that conventional computers will have to solve a problem at a time in a series of events, but quantum computers can solve many problems at the same time. That is the foundation of the entire industry revolution. And the problem is not only the processing speed, but the quantum computer can solve the complex problems that ordinary computers cannot afford.

So, in what aspects can quantum computer technology be used, let's find out.

1. Weather forecast with extremely high accuracy

Even if you use the best meteorological devices, it is still not feasible to produce a weather forecast with almost absolute accuracy. But with the advent of quantum computers, building a weather model for a region or the globe is perfectly possible.

Quantum computers can make predictions about a storm including the time it starts, where it can pass right before it is born . Technical director of Google, Hartmut Neven, said that in addition to forecasting specific weather phenomena, quantum computers can predict the weather trends of the future in the next few decades, especially consequences of global warming.

2. Develop new drugs more effectively

To put a remedy into modern life, it must go through thousands of trials, decades of development and even millions of dollars. That is not to mention failure cases before being put into production.

But things will only be the past with the power of quantum computers when these machines can produce thousands of possible molecular combinations of the drug being studied, from which scientists can quickly find out the best option does not take time as before.

In addition, quantum computers can also afford to decode the human genome , which is the basis for the future of medicine in the future.

3. Say goodbye to traffic jams

Normally, regulating traffic with existing computers often only meets the requirements when there is no congestion , even if they still need human intervention to perform this hard work.

With the presence of quantum computers, all activities on the street are handled quickly, in addition to these machines can provide transport routes of transport during rush hours. in every hot spot in the city. Of course, this system is completely automated.

4. Secure information more closely than ever

We always use encrypted information without even realizing it like logging in to some email accounts or using credit cards to buy products online. Although the possibility of these data being intervened is not high, there are still many potential risks from hackers.

With quantum computers, security mechanisms have been replaced with quantum mechanical defense systems. This system works according to which lock mechanism goes with that key and has additional identification of stakeholders. That is, when you send someone an email, the recipient will have to have a quantum-mechanical encryption key to open this email, if someone blocks this email it cannot be unlocked even if they Can create an identical key.

However, applying quantum mechanics theory to information security also creates potential dangers from the theory itself if hackers can touch these advanced technologies.

5. Explore outer space

With the support of the Kepler telescope, astronomers have discovered more than 2000 planets outside the solar system, but the information we receive is often the past of these planets.

Therefore, it is necessary to have a computer system that can handle this information and bring it to the original information so that scientists can know whether life ever existed on these planets. or not, this is one of the key points of modern astronomy.

6. Machines are capable of learning

This is the main idea of ​​fictional films like The Matrix or The Terminator, of course we will consider its useful aspects instead of focusing on the ideas negative meaning.

Learning-capable machines will be one of the strongest points of quantum computers when the processors of future robots will be able to self-gather information, process them and adapt themselves to love. Situations may occur based on the information received. Space exploration or exploration of dangerous areas will need this.

Epilogue

The above is what we can get if quantum computer technology can grow quickly, although there are extremely clear benefits but there is no denying the potential risks when these Future computer systems have the ability to learn and operate independently without human intervention.