presented on 10 June 2022 at ICCTPP-2022, an international conference, arranged by the Institute of Physics, UK, at MIT, Pune, India.
Developed a new ontological scheme for the classical vis-a-vis quantum phenomena
Used the new ontology to invent a system of nonlinearly coupled equations. The system has no extra parameters and no hidden variables
Used this system of equations, and insights from nonlinear dynamics, to solve the famous Problem of Measurements from quantum mechanics
Derived Born’s postulate on the same basis
Derived new and definitive insights regarding the actual nature of quantum entanglement, in the context of the mainstream QM.
Formulated a new theorem concerning the new “iqWaves” approach.
Main Results:
In both mainstream QM and “iqWaves” theory, entanglement is demonstrably due to indistinguishability in measurements of particles, and not due to their interactions.
This seems to be a result new in the mainstream QM too.
The text book description, e.g. as given in Levine's Quantum Chemistry, is demonstrably wrong.
In the “iqWaves” view, a superposition of product-states does not physically exist during any single measurement trial. However, the ensemble probabilities still turn out to be the same as those in the mainstream QM.
Under development. Paper will be prepared later. For the time being, for informal explanations, see the five-part series of blog-posts: part 1 [^], part 2 [^], part 3 [^], part 4 [^], part 5 [^].