Our pedagogical approach
Given the growing importance of quantum technologies and their expected impact on most industries, it is becoming essential to equip decision-makers with a basic understanding of them. This will help them understand the strategic implications, ask the right questions, make informed decisions, and avoid both excessive skepticism and unrealistic expectations. This represents a challenge: how can quantum concepts, often perceived as abstract, counter-intuitive, or even “mysterious”, be taught to students coming from a management background? How can one strike the right balance between conceptual rigor and accessibility?
From a technical standpoint, if one focuses on quantum information science without entering into the details of hardware engineering, the relevant framework is largely that of discrete systems (two-level systems and their generalizations). It is therefore possible to cover a lot of concepts by relying on relatively simple mathematical tools borrowed from linear algebra and complex analysis. From a strictly mathematical perspective, the barrier is much lower than is generally assumed, if the goal is to teach quantum concepts to non-physicists. The real challenge is in fact conceptual. Quantum theory invites us to grasp a form of logic that departs from classical intuitions, and this is exactly where its pedagogical value lies.
It is also where our teaching meets the Institute’s research on the foundations of quantum mechanics. We develop a formulation of quantum mechanics that offers strong pedagogical value by reducing unnecessary mathematical abstraction while providing a conceptually intuitive framework that allows students and the public at large to better understand quantum phenomena.