Quantum science is accelerating the transition from research to industrializedapplications and scenarios, and its potential disruptive power in thedevelopment of future technological transformation, operational modes,...Quantum science is accelerating the transition from research to industrializedapplications and scenarios, and its potential disruptive power in thedevelopment of future technological transformation, operational modes, andeconomy is emerging. In this study, we describe the state of the art of quantumscience, and we attempt to provide an overview of quantum mechanics and itsrelevant prospects. On the other hand, we employ a certain tool (Biblioshinyfrom R Project) to analyze the relevant articles from Web of Science (WoS).The analysis shows that quantum science is an interdisciplinary field that isattracting more and more attention from both academia and practice. Theapplication of quantum computer needs more time to be realized, it is potentialto improve and change the whole society in many aspects.展开更多
文摘Quantum science is accelerating the transition from research to industrializedapplications and scenarios, and its potential disruptive power in thedevelopment of future technological transformation, operational modes, andeconomy is emerging. In this study, we describe the state of the art of quantumscience, and we attempt to provide an overview of quantum mechanics and itsrelevant prospects. On the other hand, we employ a certain tool (Biblioshinyfrom R Project) to analyze the relevant articles from Web of Science (WoS).The analysis shows that quantum science is an interdisciplinary field that isattracting more and more attention from both academia and practice. Theapplication of quantum computer needs more time to be realized, it is potentialto improve and change the whole society in many aspects.
