What is Quantum Computing?
For some problems, supercomputers are not enough
Quantum computing is the science that studies the development of algorithms and software based on information that is processed by systems that use quantum mechanics, in order to achieve results in solving problems that traditional computing does not achieve.
Most existing problems in real situations have values and variations that go beyond the processing power of traditional computers and supercomputers.
These computers and supercomputers do not have working memory to store most combinations of real-world problems, as they need to analyze each combination, one after the other, which generates a great use of time.
To solve this type of environment, quantum computing has been growing rapidly. Quantum computers can create huge multidimensional spaces to represent the problems of real situations.
The development of algorithms that employ the interference of quantum waves are used to find solutions in this space and translate them back into forms that can be understood and applied.
Applicability Cases
Create new ways of working, improve performance and dramatically increase savings on project expenses.
Improvements through complex algorithms
Optimization
The full potential of quantum computing used to solve the complexity of information in the real world.
Risk Analysis
Large-scale calculations that deal with the simulation of extremely complex scenarios in the analysis of financial risks.
Logistics
Algorithms responsible for the development, and delivery of the best route for saving time, costs and fuel.
