The Twin Photon Communication Theory proposes that entangled photon pairs maintain a real-time, faster-than-light information exchange during quantum experiments. This theoretical framework offers a reinterpretation of standard entanglement by introducing a communication-based mechanism linking the measurement outcomes of spatially separated photons. It is inspired by delayed-choice quantum eraser experiments and suggests a causal information channel between entangled partners, prompting a reevaluation of wavefunction realism and causality in quantum theory.
To do justice to the question, it is important to understand how an entanglement is established and broken between two particles. Can communication happen in a dimension which is not part of physical four-dimensional space (3D + time)?
Measurement triggers a non-spacetime link between entangled particles—not through signal transmission, but via an instantaneous coordinate change or “quantum jump” within a shared informational structure.
This jump resembles Bohr’s idea of electron transitions between orbitals without crossing the space between—suggesting that entanglement correlations may emerge from a deeper, non-local layer of reality.
double slit ain't not in no way nothing related to entaglemant
IT IS A ONE-PHOTON phenomenon
Read the experimengtal set-up start in Wikipedia
Pls think about the complex measurement context, not a single photon,
So the focus isn’t on how interference forms, but how it disappears depending on entangled outcomes.
That’s where the communication mechanism becomes relavent.
Dear Suleyman, your question opens a profound reasoning in quantum mechanics' behavior. Let me inspire you with a new approach. The first one is that the double slit experiment (DSE) deals with interference between two paths. For this, both paths must be part of the same quantum system in the same way that entangled particles are part of one system, although they are 3D separated. Note that a beam splitter has the same effect as DSE, generating a split of the unique system. The other issue is considering that one path can act over the different path in a way that creates zones of no presence in 3D. A solution to this essential quantum characteristic is to consider that a physical entity is a combination of two entities: a spatial one and the elementary particle one, like in a theater, the stage and the actors. By this, there is no more weirdness in the wave-particle duality, and the DSE can be understood as the quantum space being split, and later on, their wavy partial spaces join in a destructive-constructive way, randomly containing their particle entity. The same phenomenon happens with the entangled particles that belong to a singular system, the system will behave conserving their energy, momentum, spin, charge, etc. In this particular case, note that the entangled particles are local in the 4th dimension, even if they are separated in 3D, similar to the DSE and beam splitter, etc. For this, the 4th D is considered as Ctau; in other words, C*time, where time is Planck´s periodic time that is at the core of quantum mechanics (4th D representing the wavelength of energy and not Minkowski´s evolution of events). Attached are some papers that explain this new interpretation of 4D, DSE, entanglement, etc. I hope it will inspire your research. Regards
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