Proven deterministic patterns in particle dynamics

Creators István Juhász (Other)1 Description Is the Born Rule the Whole Story? This study challenges one of the cornerstones of quantum theory by showing that real experimental data — from Ramsey interference and quantum decay processes — can be more accurately described by a novel, time-dependent probability model. The proposed TimeDensity (TD) model predicts a rise and fall in detection probabilities, in contrast to the purely exponential decay expected under the Born rule. A detailed comparison with experimental wave function data reveals that the TD model often provides a significantly better fit, suggesting that quantum dynamics may follow more deterministic temporal patterns than previously assumed. Explore the evidence. The implications go far beyond experimental anomalies — they challenge our very understanding of measurement itself. Changes in version 4: – 100% testing of new live laboratory photon data with the TD model, setting the k parameter to 8 for photons, and improving the description of the wave function section because setting the k parameter to 0.5 revealed the hidden structure. For questions or collaboration, feel free to contact me: [email protected]