Smart Business Evolution Using Quantum Technologies: opportunities and challenges

Quantum computing, as one of the important developments in computer science and technology, is able to create a significant transformation in the way of processing data and solving complex problems. In recent decades, with the significant growth in the capacity and processing power of quantum computing, this technology has found wide applications in various fields, including smart businesses, especially in the optimization of business processes, big data analysis, and the development of artificial intelligence algorithms. The purpose of this article is to investigate the applications of quantum computing in smart businesses and to analyze the challenges and opportunities in this field. In this regard, quantum models will be investigated to improve efficiency in data analysis, design optimization strategies and create advanced artificial intelligence systems in businesses. In this article, the basic concepts of quantum computing are first introduced, then its various applications in the field of smart business are examined. Also, the challenges and limitations in using this technology in different industries, especially in Iran, will be analyzed. Finally, the results of this research show that quantum computing, with its significant potential, can play a decisive role in the development of smart businesses, but for its effective use, more research and infrastructure development are needed. This article aims to increase public understanding of its applications. The application of quantum computing in business and providing the basis for further research and development in this field has been written. In particular, the results of this research can help managers and researchers to gain a better understanding of the capacities of quantum computing in improving business processes and advancing intelligent strategies.

Smart Business Evolution Using Quantum Technologies: opportunities and challenges Keywords:

Quantum computing , smart business , big data analysis , optimization , artificial intelligence