In the last decades, several papers have shown that quantum techniques can be successful in describing not only events in the micro-scale physical world -- for which they were originally invented -- but also in describing social phenomena, e.g., different economic processes. In our previous paper, we provide an explanation for this somewhat surprising successes. In this paper, we extend this explanation and show that quantum (and more general) techniques can also be used to model research collaboration
Inferring causal relations from empirical data is a central task in any scientific inquiry. To that ...
In complexity science, entanglement is what exists before order emerges. The role of quantum entangl...
Recent results from cognitive psychology suggest that human behavior can be, in some situations, bet...
We propose that collaboration between two people can be thought of as a quantum cognitive process wh...
There are many definitions of transdisciplinary, and several typologies. Particularly, Scholz and St...
Written by world experts in the foundations of quantum mechanics and its applications to social scie...
In many practical situations, it turns out to be beneficial to use techniques from quantum physics i...
The goal of this study is to clarify main sources of scientific and technological development. Data...
This book deals with applications of quantum mechanical techniques to areas outside of quantum mecha...
It is known that computational methods developed for solving equations of quantum physics can be suc...
The order of complexity in carrying out collaborative research at multiple campuses poses a challeng...
Realizing Social Unity in Africa: Insight from Three (3) Relational Models in Quantum Physics Abstr...
International audienceTransdisciplinarity is increasingly seen as a promising paradigm for strong su...
The challenge of producing creative work in an academic environment is one faced by students underta...
This paper centers on the history and the future of how quantum mechanical formalisms were (and will...
Inferring causal relations from empirical data is a central task in any scientific inquiry. To that ...
In complexity science, entanglement is what exists before order emerges. The role of quantum entangl...
Recent results from cognitive psychology suggest that human behavior can be, in some situations, bet...
We propose that collaboration between two people can be thought of as a quantum cognitive process wh...
There are many definitions of transdisciplinary, and several typologies. Particularly, Scholz and St...
Written by world experts in the foundations of quantum mechanics and its applications to social scie...
In many practical situations, it turns out to be beneficial to use techniques from quantum physics i...
The goal of this study is to clarify main sources of scientific and technological development. Data...
This book deals with applications of quantum mechanical techniques to areas outside of quantum mecha...
It is known that computational methods developed for solving equations of quantum physics can be suc...
The order of complexity in carrying out collaborative research at multiple campuses poses a challeng...
Realizing Social Unity in Africa: Insight from Three (3) Relational Models in Quantum Physics Abstr...
International audienceTransdisciplinarity is increasingly seen as a promising paradigm for strong su...
The challenge of producing creative work in an academic environment is one faced by students underta...
This paper centers on the history and the future of how quantum mechanical formalisms were (and will...
Inferring causal relations from empirical data is a central task in any scientific inquiry. To that ...
In complexity science, entanglement is what exists before order emerges. The role of quantum entangl...
Recent results from cognitive psychology suggest that human behavior can be, in some situations, bet...