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Dark Matter and Dark Energy = AXION PARTICLE+-

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Version 3 2024-12-07, 07:43
Version 2 2024-12-06, 21:11
Version 1 2024-12-01, 21:04
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posted on 2024-12-07, 07:43 authored by Stylianos TouloumidisStylianos Touloumidis

The Axion-±-particle plays a fundamental role in the understanding of Dark Matter and Dark Energy within the framework of modern cosmology. It provides a unified explanation for both phenomena through the dynamic coupling of its two components, alpha+ and alpha-. The alpha+ component is associated with Dark Energy, driving the accelerated expansion of the universe, while the alpha- component is responsible for Dark Matter, contributing to the formation and stability of large-scale structures such as galaxies, clusters, and filaments. The axion-±-particle is theorized to interact with dark photons, leading to oscillating energy exchange between the alpha+ field, responsible for Dark Energy, and dark photons. This interaction affects the energy distribution in the universe, creating modulations in the cosmic energy density that influence the formation and stabilization of cosmic structures. The interaction between axions and dark photons is central to understanding how large-scale structures form, how gravitational wave signals are amplified, and how the expansion of the universe is driven forward. The energy density of dark photons, produced through axion-photon coupling, is significantly enhanced in regions with a high density of alpha+ fields, such as in cosmic filaments or clusters. These regions experience a substantial amplification of the dark photon energy density, which is tightly coupled to the dynamics of axion interactions. These interactions also contribute to measurable signals in current and future experiments, providing direct evidence for the role of axions and dark photons in cosmological processes. This model offers a unified explanation for the acceleration of cosmic expansion, the formation of large-scale structures, and the amplification of gravitational waves, supporting the current understanding of the universe's fundamental dynamics.

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