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MOMENTO

QUANTUM THEORY AND THE SOCIAL SCIENCES

Carlos Eduardo Maldonado

Published Oct 27, 2019• 4 citations
Publisher

Abstract

There is a solid growth of quantum theory in that there is quantum physics, quantum chemistry, quantum biology, and a robust technology based on quantum behaviors and effects - to name but the most solid examples of the development and enhancement of quantum science. Quantum science is by and large the most robust theory, ever. However, to date there is a gap between quantum physics and the social sciences, for very little has been said about their interplay. This paper discusses the importance of a relationship between quantum science and the social sciences, and the entailment of such a relation. It offers a brief state-of-the-art, and discusses the very significance of quantum social science.

DOI
10.15446/mo.n59e.81645

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There is a solid growth of quantum theory in that there is quantum physics, quantum chemistry, quantum biology, and a robust technology based on quantum behaviors and effects - to name but the most solid examples of the development and enhancement of quantum science. Quantum science is by and large the most robust theory, ever. However, to date there is a gap between quantum physics and the social sciences, for very little has been said about their interplay. This paper discusses the importance of a relationship between quantum science and the social sciences, and the entailment of such a relation. It offers a brief state-of-the-art, and discusses the very significance of quantum social science.
At the end of 19th century and the beginning of 20th century, deep crisis of the physics promoted itself great revolution, thus the quantum mechanics and the theory of relativity emerged. The establishment of quantum theory, opened the people to know the microcosm, has laid the solid rationale for the physics and even the entire natural sciences development. No one branch of modern physics and correlated peripheral subjects are not based on quantum .Quantum theory are changing modern science and technology profoundly and influencing humanity's thought as well. Reviewing the development of the course, we can feel the far-reaching influence of the quantum theory on the people's epistemology and the world outlook.
Quantum science and technology are increasingly recognised as critical areas of research and development with profound implications for various scientific fields and practical applications. Quantum science explains experimental observations of subatomic phenomena, thereby enhancing our fundamental understanding of the entire system of concepts based on the principles of quantum theory. Quantum computing has the potential to bring about a radical transformation in computational methods. The development of fundamental tools such as quantum chemistry, quantum cryptography, and quantum machine learning, along with advanced applications like quantum biology, quantum finance, quantum sensing, weather forecasting, and quantum space science, is expected to exert a significant global impact. This review provides a broad overview of developments and highlights the importance of research with diverse possible applications in the field, offering solutions across sectors
Quantum science and quantum technology are of great current interest in multiple frontiers of many scientific fields ranging from computer science to physics and chemistry, and from engineering to mathematics and statistics. Their developments will likely lead to a new wave of scientific revolutions and technological innovations in a wide range of scientific studies and applications. This paper provides a brief review on quantum communication, quantum information, quantum computation, quantum simulation, and quantum metrology. We present essential quantum properties, illustrate relevant concepts of quantum science and quantum technology, and discuss their scientific developments. We point out the need for statistical analysis in their developments, as well as their potential applications to and impacts on statistics and data science.
Quantum economics postulates ideas about quantum money, quantum finance, and quantum social science and shows that the economy is an archetypal example of a quantum social system, complete with its versions of measurement, i.e., uncertainty, entanglement, superposition, and so on.A sizeable literature on quantum economics has grown in recent periods.This paper reviews some theoretical developments and empirical studies on Quantum economics to provide a comprehensive analysis of the potential implications of Quantum Physics and its philosophical ideas in the domains of economics, finance, and social science.Moreover, this studies also focused Why the field of Quantum Economics arises" how Quantum economics links physics, economics, and social science.All reviews and research papers examine the use of learning strategies in Quantum Economics.The overall results shows the following Possible applications of quantum Physics' in Economics: (i) enhanced computational capabilities for big data and complex problems, (ii) secure quantum-based currency, (iii) innovative tools for policymaking, and (iv) advanced behavioral and decisionmaking analysis under uncertainty.This paper provides an overview of the Quantum economics literature, background history, conceptual insights, economic policy, and conceptual and methodological critique.Finally, we present an agenda for future research in the field.