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Background. What are (quantum mechanical) entities, either a particle or a wave or both or none? Methods. The most elementary and simple rules of the special relativity theory were used to approach the solution of this matter. Results. The particle wave duality has been mathematised very precisely. A relativistic wave equation has been developed. Conclusion. Under usual circumstances, a (quantum mechanical) entity is equally both, a particle and a wave.
\href{https://doi.org/10.5281/zenodo.7303952}{Zenodo Version 2}
Causation, Barukčić, Particle, Causal relationship, Relativistic wave equation, Justification of Version 5. p. 14: New eq. 25; pp. 20-21: New theorem. Ilija, Justification of Version 4. Additional clarifications on pp. 13-15. Ilija, Cause, Justification of Version 3. Additional figure on the page 13. Ilija, Causality, Cause and effect, Ilija Barukčić, Effect, Wave, Barukcic, Particle wave duality, Barukčić, Ilija, Measurement problem, Causal inference
Causation, Barukčić, Particle, Causal relationship, Relativistic wave equation, Justification of Version 5. p. 14: New eq. 25; pp. 20-21: New theorem. Ilija, Justification of Version 4. Additional clarifications on pp. 13-15. Ilija, Cause, Justification of Version 3. Additional figure on the page 13. Ilija, Causality, Cause and effect, Ilija Barukčić, Effect, Wave, Barukcic, Particle wave duality, Barukčić, Ilija, Measurement problem, Causal inference
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