THE QUANTUM MECHANICS LIE
Creators: name: Sandoval Rodríguez, Alfredo José
Publisher: name: Zenodo
Year: 2025
Subjects: cuanto, quantum, quantum, Quant, quanto, quantum, estado cuántico, quantum state, état quantique, Quantenzustand, stato quantico, estado quântico, función de onda, wave function, fonction d'onde, Wellenfunktion, funzione d'onda, função de onda, colapso de la función de onda, wave function collapse, effondrement de la fonction d'onde, Kollaps der Wellenfunktion, collasso della funzione d'onda, colapso da função de onda, operador, operator, opérateur, Operator, operatore, operador, espacio de Hilbert, Hilbert space, espace de Hilbert, Hilbertraum, spazio di Hilbert, espaço de Hilbert, principio de incertidumbre, uncertainty principle, principe d'incertitude, Unschärferelation, principio di indeterminazione, princípio da incerteza, dualidad onda-partícula, wave-particle duality, dualité onde-particule, Welle-Teilchen-Dualismus, dualità onda-particella, dualidade onda-partícula, ecuación de Schrödinger, Schrödinger equation, équation de Schrödinger, Schrödinger-Gleichung, equazione di Schrödinger, equação de Schrödinger, hamiltoniano, Hamiltonian, hamiltonien, Hamiltonoperator, hamiltoniano, hamiltoniano, superposición, superposition, superposition, Superposition, sovrapposizione, superposição, estado superpuesto, superposed state, état superposé, überlagerter Zustand, stato sovrapposto, estado superposto, interferencia cuántica, quantum interference, interférence quantique, Quanteninterferenz, interferenza quantica, interferência quântica, gato de Schrödinger, Schrödinger's cat, chat de Schrödinger, Schrödingers Katze, gatto di Schrödinger, gato de Schrödinger, entrelazamiento, entanglement, intrication, Verschränkung, intreccio, emaranhamento, estado entrelazado, entangled state, état intriqué, verschränkter Zustand, stato intrecciado, estado emaranhado, no localidad, non-locality, non-localité, Nichtlokalität, non località, não-localidade, paradoja EPR, EPR paradox, paradoxe EPR, EPR-Paradoxon, paradosso EPR, paradoxo EPR, desigualdad de Bell, Bell inequality, inégalité de Bell, Bellsche Ungleichung, disuguaglianza di Bell, desigualdade de Bell, teorema de Bell, Bell theorem, théorème de Bell, Bell-Theorem, teorema di Bell, teorema de Bell, variables ocultas, hidden variables, variables cachées, verborgene Variablen, variabili nascoste, variáveis ocultas, correlaciones cuánticas, quantum correlations, corrélations quantiques, Quantenkorrelationen, correlazioni quantiche, correlações quânticas, computación cuántica, quantum computing, informatique quantique, Quantencomputing, calcolo quantistico, computação quântica, criptografía cuántica, quantum cryptography, cryptographie quantique, Quantenkryptographie, crittografia quantistica, criptografia quântica, decoherencia, decoherence, décohérence, Dekohärenz, decoerenza, decoerência, efecto túnel, tunneling effect, effet tunnel, Tunneleffekt, effetto tunnel, efeito túnel, óptica cuántica, quantum optics, optique quantique, Quantenoptik, ottica quantistica, óptica quântica, bosón, boson, boson, Boson, bosone, bóson, fermión, fermion, fermion, Fermion, fermione, férmion, principio de exclusión, exclusion principle, principe d'exclusion, Ausschlussprinzip, principio di esclusione, princípio de exclusão, realismo local, local realism, réalisme local, lokaler Realismus, realismo locale, realismo local, experimento de la doble rendija, double-slit experiment, expérience de la double fente, Doppelspaltexperiment, esperimento della doppia fenditura, experimento da dupla fenda, efecto fotoeléctrico, photoelectric effect, effet photoélectrique, Photoelektrischer Effekt, effetto fotoelettrico, efeito fotoelétrico, interpretación de Copenhague, Copenhagen interpretation, interprétation de Copenhague, Kopenhagener Deutung, interpretazione di Copenaghen, interpretação de Copenhague, muchos mundos, many worlds, mondes multiples, Viele-Welten-Interpretation, molti mondi, muitos mundos, información cuántica, quantum information, information quantique, Quanteninformation, informazione quantistica, informação quântica.

description: I have the impression that some scientists, perhaps moved by the enthusiasm to explore ideas that verge on the magical, have departed - albeit momentarily - from the rigor that characterizes scientific thought. Added to this is the gratification they receive from their readers or audience, who, amazed by what is presented to them, tend to accept these ideas with almost blind faith, trusting more in the prestige of the person presenting them than in the solidity of the evidence. The problem is aggravated when many of these readers or listeners are not scientists, and end up adopting as truth statements that, in reality, lack support.

 

Worse still, those who believe in these ideas tend to spread them with enthusiasm, which gives rise to a chain of disinformation that begins to build, little by little, a body of beliefs that is presented as knowledge, but which is not science. Once that happens, reversing the process becomes extremely difficult - if not impossible - because the damage has already become deeply rooted, both in public perception and in the culture.

 

True scientific progress must be based on solid and verifiable foundations, not on speculations with no factual basis. When we build our knowledge on fanciful premises, we divert valuable resources and efforts, hindering the genuine advancement of knowledge. Science evolves effectively only when it is based on verifiable evidence and rigorous methodologies.

 

What we are going to try in this text is to demonstrate that there is nothing magical in the results obtained by measuring what happens at the subatomic level with particles that separate each one with its real characteristics.

 

We will review the demonstration of the inequality and our intention is to conclude, contrary to what has always been said, that the inequality is always fulfilled and consequently the results obtained in the experiments can be explained starting from reality with its hidden variables.