Categoria: Dissemination
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Bell doesn’t Play Dice! The Classical Origin of Quantum Entanglement
New peer-reviewed publication in Quantum Studies: Mathematics and Foundations 📄 “Study on the Classical Mechanical Origin of Quantum Entanglement”🖋️ Donatello Dolce | Accepted: August 2025 Can quantum entanglement emerge from a classical-geometrical mechanism?This peer-reviewed study proposes a novel classical explanation for quantum entanglement based on periodic boundary conditions (PBCs) in space-time. It demonstrates how correlated…
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🔮 Theoretical Physics or Modern Alchemy?
There’s something deeply curious about how theoretical physics is often done today. Many popular frameworks — from Supersymmetry to String Theory, to certain cosmological models — seem astonishingly precise… until you realize they only work after fine-tuning dozens of arbitrary parameters. It’s as if the purpose were not to explain reality, but to hide inconsistencies…
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How the Arrow of Time Emerges from Cycles
Is time truly linear — or could its flow be a large-scale illusion? In Elementary Cycles Theory (ECT), time is not a continuous river, but a tapestry of ultra-fast microscopic cycles. Every elementary particle is described as an internal clock, its intrinsic time recurrence determined by its energy via de Broglie’s relation. This periodicity is…
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The Real Paradox of Elementary Cycles Theory: A Discovery in Full View — but Like Galileo’s Telescope, Eyes Turn Away
The only real paradox in my theory is not found in the mathematics. It’s not in the physics either — which is rigorously derived, peer-reviewed, and published across more than 20 academic papers. The paradox is in the response: or rather, the lack of one. Elementary Cycles Theory offers something extraordinary — a unified description…
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Too Simple to Believe, Too Radical to Ignore: the Dilemma of Sceptics Pretending to not Admit a Revolutionary Idea
What happens when a new theory is dismissed as both obvious and heretical? This is the paradox I face in disseminating Elementary Cycles Theory. When I speak of de Broglie recurrences, many physicists shrug: “Of course — we’ve known that since 1924.” When I suggest that time is cyclic, others recoil: “Impossible! That would violate…