In quantum technologies such as quantum computing, quantum sensing and quantum communication, engineers are working towards ingenious ways in which quantum states can be created, manipulated, exploited, and read out. However, how to comprehend the nature of such quantum states physically and metaphysically is far from obvious. With this development of quantum technologies gaining traction in recent decades, an argument can be made for the renewed importance of working towards a better understanding of both the physical and conceptual reality upon which these technologies rest.

My research is situated at the intersection of philosophy, physical theory, and technology, and centrally engages in the understanding of quantum mechanics in quantum technology. In my research, I aim to explore what quantum technology or the engineers building it can teach us about the reality it utilizes. I aim to do so specifically by examining ontological and epistemological claims and assumptions in the context of quantum technology. Furthermore, I aim to examine whether and how these claims and assumptions can impact or inform theoretical discussions in the interpretations of quantum mechanics. 

In working towards a better understanding of the quantum world, my research aims to aid the development of the concept of ‘quantum ethics.’ Better understanding the ontological and epistemological implications of the technology sheds light on, for example, whether and to what extent quantum-specific traits should be accounted for in the development of the ethical concept. It is important to inquire into the fundamentals of quantum technology now, as the concepts of quantum ethics and responsible innovation of quantum technology are currently taking shape.

This presentation is part of the panel Assigning meaning to quantum technologies and their development