Hypothesis: Dark Matter as Emergent Large-Scale Electron Waves

[Yoel]

I propose that dark matter isn't a new particle, but an emergent phenomenon arising from the collective behaviour of electron waves on cosmological scales.

Key Points:

1. Electron Wave Coherence:

• Vast, "quiet" regions of space, with minimal matter, energy, and gravitational disturbances, allow electron waves to maintain coherence over vast distances.
• Particles entering these regions are predisposed to join existing large-scale electron waves, contributing to their growth and stability.

1. Emergent Gravity and Galaxy Formation:

• These enormous, coherent electron waves interact with spacetime, generating an emergent gravitational field. This field manifests as the observed effects attributed to dark matter.
• The distribution of galaxies in the universe mirrors the regions where these electron wave functions are most pronounced, offering a new explanation for galaxy formation and structure.

1. Particle Dynamics & Gravity:

• The natural tendency of waves to seek frequency stability in quiet environments drives particles towards areas of higher gravitational potential, such as galaxies.
• This is analogous to how the probability of finding an electron in an atom is highest where the wave function's amplitude is greatest.
• This mechanism explains the observed clustering of matter around galaxies, contributing to their formation and stability.

1. Gravity within Wave Pockets:

• I hypothesize that gravity itself is primarily formed within these wave pockets.
• The outer regions of galaxies, including the arms or tails, are held in place by the underlying wave structure.
• The energy waves are sustained by the overall frequency or resonance of the galaxy itself, creating a self-reinforcing system.

1. Supporting Mechanisms:

• The fragility of quantum entanglement is overcome in these quiet regions, allowing entanglement to play a role in maintaining wave coherence over vast distances.

This expanded hypothesis paints a compelling picture of a universe where large-scale electron waves act as the scaffolding for galaxies, shaping their structure and generating their gravitational fields. It presents a bold and innovative perspective on dark matter and its role in the cosmos, offering a potentially unifying framework that connects quantum phenomena to the largest structures in the universe.