Econophysics is an emerging field dealing with complex systems. A deeper analysis of themes studied by econophysicists shows that research conducted in this field can be decomposed into two different computational techniques: statistical econophysics and agent-based econophysics. Both perspectives import the classical idea of randomness coming from statistical physics. This methodological paper calls for the development of a more quantum-oriented econophysics which could complete the approach provided by classical econophysics by enlarging our way of thinking randomness and, therefore, economic uncertainty
Dedicated to the memory of J. S. Bell. Abstract. The quantum formalism is a “measurement ” formalism...
In financial market, financial data are treated as classical random variables. There are naive assum...
In this chapter we consider economic systems, and in particular financial systems, from the perspect...
The applications of techniques from statistical (and classical) mechanics to model interesting probl...
It is known that computational methods developed for solving equations of quantum physics can be suc...
We outline our programme to create quantum-like representations in economy, cognitive science, psych...
Written by world experts in the foundations of quantum mechanics and its applications to social scie...
The main purposes of econometrics are: to describe economic phenomena, and to find out how to regula...
In many practical situations, it turns out to be beneficial to use techniques from quantum physics i...
This paper focuses on the way of thinking in both classical and modern Physics and Statistics, Stati...
This book deals with applications of quantum mechanical techniques to areas outside of quantum mecha...
Randomness exists in physical systems as an intrinsic unpredictability or probabilistic feature. The...
Dedicated to the memory of J. S. Bell. Abstract. The quantum formalism is a \measurement " form...
This paper centers on the history and the future of how quantum mechanical formalisms were (and will...
We analyze the origin of quantum randomness within the framework of a completely deterministic theor...
Dedicated to the memory of J. S. Bell. Abstract. The quantum formalism is a “measurement ” formalism...
In financial market, financial data are treated as classical random variables. There are naive assum...
In this chapter we consider economic systems, and in particular financial systems, from the perspect...
The applications of techniques from statistical (and classical) mechanics to model interesting probl...
It is known that computational methods developed for solving equations of quantum physics can be suc...
We outline our programme to create quantum-like representations in economy, cognitive science, psych...
Written by world experts in the foundations of quantum mechanics and its applications to social scie...
The main purposes of econometrics are: to describe economic phenomena, and to find out how to regula...
In many practical situations, it turns out to be beneficial to use techniques from quantum physics i...
This paper focuses on the way of thinking in both classical and modern Physics and Statistics, Stati...
This book deals with applications of quantum mechanical techniques to areas outside of quantum mecha...
Randomness exists in physical systems as an intrinsic unpredictability or probabilistic feature. The...
Dedicated to the memory of J. S. Bell. Abstract. The quantum formalism is a \measurement " form...
This paper centers on the history and the future of how quantum mechanical formalisms were (and will...
We analyze the origin of quantum randomness within the framework of a completely deterministic theor...
Dedicated to the memory of J. S. Bell. Abstract. The quantum formalism is a “measurement ” formalism...
In financial market, financial data are treated as classical random variables. There are naive assum...
In this chapter we consider economic systems, and in particular financial systems, from the perspect...