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Physical Review Letters ·

Proof of Bell's Theorem Free of Significant Gaps using Entangled Photons

Physical Review Letters

Of Physical Review Letters

Researchers publish in Physical Review Letters a large-scale experiment using Bell's theorem, statistically conclusively ruling out any local hidden variables. The study confirms that entangled particles exhibit instantaneous correlations without the exchange of physical signals across space, refuting the thesis of mechanistic determinism and forcing physicists to admit that the structure of reality has non-local and inherently indeterminate foundations before measurement, which rewrites our physical ontology.
Consult original study at Physical Review Letters

Editorial rereading

The definitive empirical confirmation of non-locality in entangled quantum systems, as set out in this rigorous report in Physical Review Letters, deals a mortal blow to the materialist worldview that has dominated Western science since the times of Laplace and Newton. For more than three centuries, immanentist dogma tried to convince us that the universe operated like an immense closed clockwork mechanism, where each present event was the blind and inevitable consequence of a collision of past particles. Under this premise, the human person was degraded to the category of a simple biochemical automaton, devoid of true free will, condemned to execute the implacable instructions of thermodynamic and kinematic laws. However, the most advanced laboratories in the world tell us today, with the irrefutable coldness of pure mathematics, that the raw material of the cosmos refuses to be caged in this crude local determinism. The subatomic particles that make up our brain and our world do not have defined properties until they interact, and their intertwined behavior transcends the barriers of space and time. This means that observable physical reality rests on an immaterial and holistic substrate, an implicit order that cannot be measured with rules or timed with clocks. It is at this exact point where modern physics, stripped of its nineteenth-century arrogance, must bow its head and agree with classical metaphysics. Aristotle and Thomas Aquinas warned, millennia and centuries ago respectively, that matter (potentia) inevitably needs to be informed by a higher principle (actus) to acquire its particular being. Quantum physics is not discovering magic; it is simply documenting through equations what realist philosophy always knew: that the material universe is contingent, dependent, and open. The negation of local hidden variables demonstrates that there are no "invisible gears" determining our destiny. There is a level of structural indeterminacy in the cosmos that allows, ontologically speaking, the genuine existence of free causality and free will in beings endowed with reason. Those who still persist in using scientific discourse to sell reductionist agendas—those who maintain that we are nothing more than stardust organized by chance—are now disavowed by their own discipline. If elementary particles escape the tyranny of local determinism, how much more does the human intellect escape from it, capable of abstracting universal concepts, knowing the truth and loving the good? This discovery is a colossal triumph of right empirical reason, a luminous reminder that sincere exploration of the material universe always ends up pointing, like a compass needle driven mad by a higher magnetic field, towards immaterial realities that infinitely transcend it. Legal Note: This critical analysis is carried out under the protection of Art. 28 (news of general interest) and Art. 10 (right of citation) of Law 11,723 on Intellectual Property of the Argentine Republic. The original work and its title belong to its respective author and publication medium, cited on this page.