Rechercher | Facebook

Bao-hua ZHANG Ajouter une nouvelle offre d'emploi Literature
2025-12-12 06:46:13 -

Refuting the Mystification of Quantum Mechanics (1)
Abstract The mathematical formalism of quantum mechanics is highly successful, yet its physical interpretation has long been shrouded in mystification, leading to a series of philosophical dilemmas detached from physical reality. This paper, based on Topological Vortex Theory, proposes a new physical picture: the essence of space is an ideal superfluid that is inviscid, incompressible, and...

0 Commentaires 0 Parts 215 Vue 0 Aperçu

Connectez-vous pour aimer, partager et commenter!
Bao-hua ZHANG Ajouter une nouvelle offre d'emploi Literature
2025-12-12 06:52:12 -

Refuting the Mystification of Quantum Mechanics (2)
2. The Basic Framework of Topological Vortex Theory 2.1 Space as an Ideal Superfluid Topological Vortex Theory posits that the essence of physical space is an ideal superfluid that is inviscid, incompressible, and isotropic [3]. This superfluid is not a metaphor but a continuous medium with real physical properties, whose microscopic excitations manifest as topological defects. 2.2...

0 Commentaires 0 Parts 227 Vue 0 Aperçu

Connectez-vous pour aimer, partager et commenter!
Bao-hua ZHANG Ajouter une nouvelle offre d'emploi Literature
2025-12-12 06:57:51 -

Refuting the Mystification of Quantum Mechanics (3)
4. Critiquing Mystifying Analogies: The Case of "Schrödinger's Cat" The "Schrödinger's cat" thought experiment analogizes microscopic quantum superposition to a macroscopic cat being "both dead and alive." This analogy is physically erroneous [6, 7]: (1) Dimensional Confusion: A cat is a macroscopic, high-dimensional object whose state is determined by classical statistics; quantum...

0 Commentaires 0 Parts 253 Vue 0 Aperçu

Connectez-vous pour aimer, partager et commenter!
Bao-hua ZHANG Ajouter une nouvelle offre d'emploi Literature
2025-12-12 07:03:17 -

Refuting the Mystification of Quantum Mechanics (4)
6. Conclusion Quantum mechanics is an effective mathematical tool for describing the behavior of low-dimensional spacetime matter, but its mystified interpretation has severely hindered the progress of physics. Topological Vortex Theory offers a realist alternative: understanding quantum phenomena as the structural dynamics of topological vortices within a spacetime superfluid [1-4]. This...

0 Commentaires 0 Parts 250 Vue 0 Aperçu

Connectez-vous pour aimer, partager et commenter!