Prime Theory

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Prime Theory

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  • The document titled Prime Theory by Laurențiu Mihăescu proposes a unified theory of nature's forces, aiming to address gaps in modern physics, such as gravity, mass, and the fundamental interactions. Here's a summarized overview:


  • Key Concepts:

    • 1. Granular Model of Space:
       
      - Space is granular, composed of identical units ("granules") moving at a superluminal speed, which determine all physical phenomena.
        - These granules interact through elastic collisions, underpinning mass, energy, and time.

      2. Fundamental Laws:
       
      - All physical entities (particles, waves, fields) are organized structures of these granules.
        - Total momentum and energy of granules in the universe are constant, maintaining conservation principles.

      3. Gravity:
        - Explained as the result of directional granular fluxes exerting pressure.
        - Gravitational attraction emerges from "shadowing effects" between bodies, aligning with Newton's laws.

      4. Elementary Particles:
       
      - Particles are stable formations of granules.
        - Mass arises from the resistance of particles to changes in motion, tied to the total impulse needed to reorient granules.

      5. Electromagnetic Phenomena:
       
      - Charge is linked to particle geometry, with electric and magnetic fields emerging from interactions with granular fluxes.
      6. Photon Structure:
       
      - Photons are tubular granular structures moving at light speed, exhibiting wave-like properties due to density oscillations.
      7. Cosmic Dynamics:
       
      - Universe expansion, redshift, and galaxy behavior are attributed to granular fluxes and their interactions over cosmic scales.


  • Objectives:

  • The theory strives to simplify and unify physics, moving away from abstract models to intuitive, visual representations of reality's granular nature. It challenges existing paradigms like quantum mechanics and relativity by offering a new foundation based on classical mechanics.

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