Quantum computing is a new phenomenon today. Quantum computing is a computing process that involves quantum mechanics, computer science, and information theories. The investors, companies, policymakers, and people's expectations from quantum computing are that it would solve many business issues that are not quite easy to handle and beyond the capacities of current supercomputers. For the managers, there could be certain steps to follow. For example, managers could try to find out the existing quantum ecosystem and check the situation with information providers. They could try to understand the requirements of the business that align with quantum applications. To understand these issues we have conducted an open-ended survey with Quantum professionals. Our findings suggest that quantum business is essential for managers to understand complex scientific concepts. By considering the interconnectedness of systems, exploring multiple options and scenarios, and embracing uncertainty, managers can create a more agile and efective decision-making process.
The field of software engineering and information science has been abuzz with exciting
advancements in quantum computing [
Quantum computing is a diferent level of computational mechanism that is essential for
today’s business world. Quantum computing combines information technology with a
combination of computer science [
This on going study addresses the following questions: RQ1: What is the impact of quantum business on management practices and decision-making? RQ2: What are the current challenges and issues managers might face in the field of quantum business?
Quantum information technology is a field that relies on the principles of quantum physics to
develop hardware and protocols capable of harnessing the full potential of quantum physical
phenomena [
The realization that information is not just an abstract concept but physical and quantum
physical at that, paved the way for the development of quantum tech. Quantum physics,
which describes the behavior of atoms and molecules, was first observed during physical
experimentation in the early 1900s [
Quantum communication is a fundamental aspect of quantum tech that involves the
development of hardware and protocols capable of utilizing the true randomness ofered by quantum
physical objects such as photons and electrons [
To successfully collect data from a large number of respondents working on quantum computing
technology, an open-ended survey questionnaire is undoubtedly the most relevant method
Schluter et al. [
The factors have been grouped into four broad categories and further divided into subcategories. This approach allows us to gain a deeper understanding of the data and identify key insights that can inform our future research and decision-making processes.
Incorporating the concept of quantum uncertainty and probability into risk assessment is a complex task for managers. However, there are some strategies they can use to address this challenge. First, managers can apply mathematical models such as Bayesian networks or decision trees that allow them to model and quantify uncertainty. Second, they can use simulations and scenario analysis to generate a range of possible outcomes and evaluate the likelihood of each scenario.
A professional stated that, "managers can seek the help of experts in quantum computing and data analytics to develop customized solutions that suit their specific needs".
Quantum computing can help managers optimize business processes, such as supply chain management, resource allocation, and scheduling, by solving complex optimization problems more eficiently.
A professional stated that "...quantum computing can assist in the development of more accurate predictive models, which can help managers anticipate future trends and outcomes more accurately. Overall, quantum computing can be a valuable tool for managers in navigating the uncertain and rapidly changing business environment of today".
The principles of quantum concepts have the potential to impact collaboration and interconnectedness among teams and departments within an organization in several ways, ultimately improving decision-making through collective intelligence. One way is through the concept of entanglement, which refers to the interconnectedness of quantum particles at a distance. In a business context, this could mean that diferent departments and teams become more interconnected and interdependent, leading to a greater exchange of information and knowledge sharing.
A company professional stated that "This technology can lead to more informed decision-making as a result of the collective intelligence of the organization and that will impact the decision-making process hugely".
Quantum interference can be applied to resolve conflicts within teams or departments by finding creative ways to align conflicting interests and foster cooperation. Quantum interference occurs when two or more quantum particles interact and have a greater impact on the outcome than they would individually. In a business context, this could mean that by aligning the interests of conflicting teams or departments, the outcome could be greater than the sum of its parts.
The prospect of quantum computing can bring huge opportunities for business, IT, and various sectors. This technology can create a new horizon for the business. The understanding that comes here is quantum business and management should be well-understood and well-defined. The quantum computing and quantum business and management phase is still in the experimental phase. By considering the interconnectedness of systems, exploring multiple options and scenarios, and embracing uncertainty, managers can create a more agile and efective decision-making process.
We would like to give thanks to the PHP Foundation on behalf of LUT university for supporting this research with grant 20220006. We would like to thank the quantum professionals who participated and shared their insightful perspectives and thoughts with us.