Quantum computing has recently become one of the main areas of focus of academic research. Billions of dollars are being channeled into this emerging technology, which looks set to transform the corporate market and technology as a whole. Quantum computing is based on principles that allow information to be processed in a radically different way from traditional computers. Computers are taking up less and less space, but quantum computing takes this to a new level. It operates in dimensions where the rules of classical physics no longer apply. This new approach opens up unprecedented possibilities for processing data and solving complex problems.

Researchers Eduardo de Rezende Francisco and Gustavo Mirapalheta of Fundação Getulio Vargas’ Sao Paulo School of Business Administration (FGV EAESP), together with students on the school’s professional master’s program, explored these concepts in a study published in Brazilian journal Revista de Estudos de Gestão, Informação e Tecnologia. The paper investigates how quantum computing can overcome the limitations of classical computing and its potential impact on companies and digital transformation.

The study highlights that the key to quantum computing power lies in the ability to intertwine an increasing number of atoms. This doubles computing capacity with each atom added. Although this may seem far removed from everyday life, the expectation is that by 2025, around 40% of large corporations will be training professionals in this knowledge. Although still in its infancy, quantum computing is recognized as requiring a new set of skills, and this is encouraging companies to prioritize learning and development in this area.

The paper suggests that quantum computing is about to be adopted on a large scale, with practical applications for various industries.

The expected benefits include the resolution of complex machine learning problems, rapid and integrated analysis of large data sets and advances in artificial intelligence.

Quantum computing has the potential to significantly transform many areas, including drug discovery, financial portfolio optimization and machine learning applications. This disruptive technology promises to maximize big data analytics capabilities. It can also be integrated seamlessly with AI and the internet of things, driving digital transformation.

The researchers argue that the ability to process information with superior performance is beginning to redefine the way information is processed and used. This will bring about unpredictable economic and social benefits, transforming the economic logic that has driven productivity in recent decades.

The study concludes that quantum computing represents a significant disruption, requiring companies to reassess their strategies and develop new competencies. In short, quantum computing will enable a new set of technologies that are integrated with AI and big data analytics capabilities. This will boost the digital transformation of organizations and society. As this technology advances, a new generation of professionals will be needed to take advantage of the opportunities that quantum computing poses. In conclusion, it will revolutionize the way we live and work.

To read the full study, click here.