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How can quantum computing fully revolutionize the digital world?

The world of technology is expanding and progressing at a very fast speed. Today we have vehicles that can drive “themselves” without any supervision. Then there is Blockchain which is an autonomous technology to facilitate transactions. AI or Artificial intelligence is another major invention in the digital sphere that can use their own human-like intelligence to make sophisticated decisions. 

These new age technologies have been used in different innovative ways. For instance today complex tasks like digital marketing projects have been made much easier through AI or artificial intelligence and big data. Very soon we will have another breakthrough achievement in the technology field. We are talking about quantum computing. Quantum computing is a next level technology that will revolutionize the way computers work.

In short quantum computing actually works on the principles of quantum physics to provide a highly sophisticated computing experience that can go beyond the capacities of supercomputers. Now, you might be wondering how this experience can help the world. Obviously you might be overwhelmed at the potential of what quantum computing can do. So we make things easier for you. Here is a list of some of the ways in which quantum computing can fully revolutionize the way we expect computation process to work:

Quantum computing for reliable forecasting

 The forecasting and predicting scenarios involve intricate data sets and complex calculations. The conventional computing technology has limited capabilities of tackling such models with reliable efficiency and speed. It thus prevents us from adding a large number of factors required for precise simulation.  

 With the help of quantum computing it will become possible to multiply the number of factors without compromising on the speed or accuracy of forecasting. It can help in a number of areas like weather forecasting.  

While the developed nations like the US and UK enjoy decently precise weather forecasting, many underserved areas of the globe are not able to achieve that level of precision. Ironically many such underserved areas largely rely on occupations that are directly influenced by the weather like agriculture and farming. They don’t only need accurate weather forecasting but also require reliable long term forecasting services to plan their occupational activities in line with favorable conditions. 

 In order to accelerate forecasting the UK Met office has significantly invested in Quantum computing. With the use of quantum computing, it would be possible to forecast the weather many days in advance and with high accuracy. Moreover, the weather forecast would be hyperlocal, i.e., it can tell the exact localities of a city where there will be raining and the ones that would only experience the cloudy weather but not raining. Quantum computing can also give accurate ideas about every cloud (yes that means every individual cloud) that would be formed in the sky.

A better way to study Topological Data Analytics 

 Topological analysis is a study field that deals with the specific behavior patterns of geometrical shapes. With the current computing technologies, it is simply infeasible to execute the high-end computations required for topology. Quantum computing can efficiently tackle such calculations and solve them with high accuracy. 

 It would be extremely beneficial for multiple fields and sectors including space technology. If employed strategically it can also play a major role in a thorough analysis of the vast amount of universe data. 

 TDA or Topological Data Analysis offers a typical data analysis framework that can extract information from huge volumes of the high-dimensional dataset without being relying upon or influenced by the metrics choice or data noise. TDA utilizes the combined power of algebraic topology tools and statistical learning that enables it to provide a reliable quantitative basis for studying the data shape. 

The application fields for Topological Data Analysis include 

  • Population Genomics
  • Epidemiology
  • Skeletonization
  • Shape recognition
  • Machine learning
  • Visualization

Accurate Pattern Matching and prediction 

 Finding the subtle data patterns and predicting subsequent patterns with high accuracy can open doors to enormous latent opportunities across multiple fields- right from businesses to healthcare and the educational sector. 

For instance, drivers can be informed about the upcoming traffic conditions as early as 45 minutes in advance. It is not possible with conventional computers but quantum computing can resolve this issue with reliable accuracy. It can thus help in much better traffic management. 

Likewise, the corporate entities can also be benefited by getting accurate information on the sales patterns or market patterns over a specific period of time. It prepares them to invest more focused efforts for optimum benefits.

The healthcare professionals can use this quality to create more efficient diagnostics and treatment plans. 

Along with the above mentioned fields, there are several other fields where Quantum computing can be used for better results. It includes:

  • AI & ML
  • Computational Chemistry
  • Financial Modelling
  • Cybersecurity 
  • Defence 
  • Scientific Research
 

Conclusion

Today technology has been growing by leaps and bounds. It has helped us in many ways. It has promoted the remote working culture through our net-enabled devices. Big data helps us to take accuracy to a very high level. Likewise the Blockchain allows us to secure our digital transactions without any mediatro. QUantum computing is one of the most talked about digital technologies in the IT field as it has the potential to bring a 365 degree change in the way computing works. It would suffice to say that quantum computing can offer many times better performance and efficiency than the supercomputers. In this blog we mentioned some of the major fields in which quantum computing can deliver the performance which is totally unmatched and unthought of. We hope that the readers would have found this information interesting and engaging. Please don’t forget to comment what you think about quantum computing and its potential. 

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