This short communication argues for the possibility of a complete analogy between the propagation of a quantum particle-wave in quantum spacetime and the motion of a bluff body in a perfect fluid. The aim is a deeper physical understanding of the highly mathematical theory of quantum wave collapse. To achieve that we follow E-infinity Cantorian spacetime theory and model spacetime as a multi-fractal fluid while the quantum particle is modelled as a zero set surrounded by an empty set. The fundamental idea is then the possibility that this empty set quantum wave could be said to accurately resemble a boundary layer akin to Prandtl’s theory. This crucial step connects pure mathematics with experimental facts of fluid dynamics.

Full text: IJEIR_2465_FINAL.pdf