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Lecture on CERN and Wormholes

May 24, 2024

Lecture on CERN and Wormholes

Introduction

  • Location: CERN (Large Hadron Collider) in Switzerland.
  • LHC: Largest machine globally, underground, involving a massive circular tube.
  • Function: Accelerates atoms in opposite directions near the speed of light to collide them and analyze the results.
  • Concerns: Creation of microscopic black holes, potential risks of black holes on Earth.

Objectives of CERN's Research

  • Primary Goal: Study particle collisions to gather data on subatomic particles (quarks, muons).
  • Secondary Hypothesis: Explore creation of stable wormholes (Einstein-Rosen bridge).
  • Challenges: Maintaining stability of a wormhole, preventing it from collapsing.

Natural Occurrences and Discoveries

  • X Points: Naturally occurring portals around Earth and Sun discovered by NASA. These are magnetic diffusion points where electromagnetic fields intersect, creating portals.
  • Potential Uses: Possible space travel via naturally occurring X points to distant celestial bodies.

Ancient References to Portal Technologies

  1. Sumerians: Concept of 'Doon key' or bond heaven-earth for instantaneous travel.
  2. Egyptians: Use of 'Jed pillar' and 'ankh' as oscillators for portal travel.
  3. Atlanteans in Mexico: Indented walls in Tula believed to be portal entrances, used with 'Jed pillar-ankh'.
  4. Bosnian Pyramid of the Sun: Presence of K2 megalith with ancient runes indicating defense until activation of a 'gate' or portal.

Hypothesis on Scientifically Engineered Portals

  • Research Aim: Recreate ancient technology evidence (portals, wormholes) observed in historic texts and structures.
  • Challenges: Stabilizing wormholes using various energy injections.
  • Hypothetical Scenario: Sending probes (nano or small-scale) through portals to study destinations.

Multidimensional Theory

  • Dimensions Explained:
    • First Dimension: Line.
    • Second Dimension: Connected lines.
    • Third Dimension: Us, controlling first and second dimensions.
    • Fourth Dimension: Not time, but a tesseract or 4D hypercube, enabling entities to see past, present, future simultaneously.
  • Concept of Vibrational Frequencies: Each universe, dimension, atom has specific vibrational frequencies.

Practical Applications and Concerns

  • Healing: Examples like targeting cancer tumors by matching vibrational frequencies to destroy cancer cells non-invasively.
  • Implications of Dimensional Travel: Risks involved in crossing over dimensions, possible encounters with foreign entities, and unknown consequences.

Conclusion

  • Future of Portal Research: Theoretical potential of understanding and tapping into higher-dimensional frequencies for practical uses.
  • Ethical Considerations: Oversight needed in such experiments due to the unpredictable nature and potential risks involved.