Say goodbye to a computer today .. Welcome to the computer of the future

When you open the Google Maps application on your smartphone, specify an address you need to go to and find that the roads are appropriate and without traffic jams, but when you reach a point that appears blue on the map and you find it red then you are in trouble. This will become a distant past in a very short period of time, as Quantum computer systems can tell you 45 minutes ahead of congestion areas.

"When emerging technology is a quantum leap, there is often some exaggeration," according to a report on Al Arabiya's website. In the case of Quantum computer systems, the "qualitative shift" becomes a less realistic estimate, according to the Futurism website on advanced technology and research.

In traditional computers, traditional computers, which are currently used in all fields from ATMs to smartphones, usually operate on a path from a binary system that has only two possibilities, namely "0" or "1", known as "bit" "Quantum's computer systems are based on the" qubit ", an abbreviation of quantum bit, ie quantitatively. Quantum systems allow the integration of the "0" and "1" paths to move the "kbit" in them simultaneously.

Apple Einstein

This may not seem impressive or unimportant to non-specialists at first glance, but the accuracy is the discovery of the "Einstein apple" already, which means Quantum computer systems can perform calculations more complex than usual and expected.

For example, Quantum devices can decode and decode millions of codes in a few seconds, making them safe and trustworthy, as well as in cars, MRIs, and other equipment and devices that need to be More efficient in their results. Furthermore, Quantum's computer systems can operate at a temperature above 4 ° C, or -273 ° C, which is much cooler than interstellar space.

Treatment and prevention protocols

Scientists are keen to use Quantum to analyze microbes so that they can produce new vaccines. Quantum's computer systems can then be used to improve them to reduce undesirable side effects. Some scientists believe Quantum is necessary to achieve unprecedented preventive and curative protocols in the field of health care.

Traffic jams

Traditional computers lack the processing power needed for rapid analysis and accurate predictability of many variables, such as urban traffic. Quantum computer systems can help governments to pinpoint ways that need to be developed to reduce traffic congestion, increasing the efficiency and effectiveness of tax revenues. Reducing the number of traffic jams will reduce fuel consumption and reduce air pollution, which may reduce asthma and reduce negative impacts that are harmful to and lead to climate change.

Quantum systems are also expected to integrate with other emerging technologies. For example, Volkswagen is doing research and testing on the Quantum platform to alert drivers to avoid traffic jams 45 minutes before they occur.

Tens of thousands of taxis deployed in the Chinese capital can enter the Quantum system, providing continuous feeds of information about their respective location to the database to analyze traffic flows in the city, the busiest in the world.

Smart cities

The mating between Quantum and IoT, the Internet-based operation of advanced hardware and equipment, can result in the emergence of a wide range of Smart Cities applications. For example, self-driving electric vehicle sensors will make it possible to locate charging and heavy-duty driving positions. Smart City can therefore benefit from Quantum systems to analyze the data and make decisions to select sites for the construction of public electric charging points.

Electricity distribution networks

Quantum systems enable models to be activated, in which more accurate market needs can be forecasted in the future. We are still with "smart cities" as an example of the expected applications of Quantum systems, and where the weakness or power outages are complex phenomena with dozens of variables. Partly because of the reliance on limited historical data and models provided by traditional computer systems to allocate tax credits to modernize networks. In the future, according to the new regulations, data will be available in neighborhoods where electric cars are located, ie, in the residential neighborhood with one or two electric vehicles (10 kW or more is consumed at night, Current average). If the data provide analysis of such information years ago, it will be possible for utility and electricity distribution organizations to initiate the design and construction of networks to support additional infrastructure before a suitable time is required.

Standardization of language and definitions

Quantum systems already have the potential to change the shape of life in the world in the near future. By 2015, there were already 7,000 researchers worldwide, with a total budget of about $ 1.5 billion, according to McKinsey analysts on The Economist website.

In addition to the progress made in relevant areas such as materials science, this level of investment is a reason why Quantum is becoming closer to reality and starting to apply, which is assumed by many people, where it is expected to spread its uses in 3 to 5 years instead Of a contract or more.

D Wave systems are currently on the market

Although quantum computer systems are believed to be still in the embryonic stage, the ZDNet site confirms that a small Canadian company, D Wave Systems, is already selling Quantum units, but on a limited scale.

While IBM is offering computers ranging from 5 to 17 "qubit" in the use of Cloud, Google is currently developing the production of devices can reach up to 49 "Cube."

Key features expected soon

According to Time magazine, the most important results expected to be achieved by Quantum computer systems are as follows:

1. Safer aircraft: Lockheed Martin plans to use D Wave Systems in an experimental way for its jet software systems, which are currently very complex for traditional computers.

2. Explore distant planets: Quantum will be able to analyze a vast amount of data collected by telescopes and space observatories to search for Earth-like planets. Quantum operates at low temperatures and can operate outside space stations on the surface of distant planets.

3. Winning the election: Quantum's systems will dramatically contribute to the analysis of millions of voters' preferences, helping candidate campaigns prepare programs that suit the largest number of voters.

Quantum will help in the development of diseases and their various stages and thus will enable early diagnosis of the disease or the possibility of infection (especially cancer), thus facilitating the elimination of the disease in the cradle.

1. Self-driving auto support: Google uses Quantum systems to design software that can distinguish between other cars and other features on the road.

2. Reducing weather-related mortality: Precise weather forecasting will give residents of any area the opportunity to take precautions in accordance with expected weather conditions.

3. Reducing travel hours: Through sophisticated studies and accurate analysis of traffic patterns by air and land, bottlenecks and mapping of the easiest and fastest routes will be avoided.

4. Produce more effective drugs: For example, by mapping amino acids, or analyzing data for DNA sequences, doctors will come up with the design and creation of effective treatments based on advanced drugs.