Reclaiming the Quantum Narrative: Quantum Physics Makes Sense After All

Quantum physics is often presented as mysterious, paradoxical, or nearly impossible to understand.

This white paper, written for business and public policy leaders, proposes a different narrative: quantummechanicsisnotsomuchmysteriousasitisambitious. Itsambitionistodescribepotential reality, understood as the structured realm of physical possibilities, before it becomes factual reality through the formation of a stable record. Quantum mechanics is, in this sense, the physics of unresolved uncertainty.

Seen in this light, quantum technologies are not powered by mystery. They derive their capabilities from the ability to prepare, control, and read out physical possibilities before they become recorded outcomes. This perspective makes the central quantum phenomena less paradoxical and their technological significance more transparent: quantum engineering turns the controlled manipulation ofunresolvedpotentialities,namelytheirinterference,correlations,andreadout,intonewcapabilities
in computation, communication, and sensing.

Theresultisanintuitiveyetscientificallygroundedframeworkforunderstandingthatprocess,andfor assessing when it can create technological and economic value. For decision-makers, conceptual clarity is a strategic tool. It enables them to distinguish scientific possibility from engineering feasibility and commercial readiness, and genuine quantum advantage from quantum washing.

Throughout this white paper, the reader will, we hope, come to realize that quantum physics makes sense after all. It provides a coherent framework for describing how potential reality, understood as the structured realm of physical possibilities shaped by superposition and entanglement, evolves over time and ultimately gives rise to factual reality through the formation of stable records. From an economic standpoint, however, the question that ultimately matters is more pragmatic: can quantum technologies turn their remarkable ability to control physical possibility into an advantage over the best available classical alternative on a problem that matters? This white paper also seeks to shed light on that question by clarifying where such an advantage might come from, what conditions are required to achieve it, and how decision-makers can distinguish genuine promise from hype.