Parallel Universe, Where Time Runs Backwards

Discussion in 'Ancient, Indigenous, & Tribal Calendars' started by CULCULCAN, May 20, 2023.

  1. CULCULCAN

    CULCULCAN The Final Synthesis - isbn 978-0-9939480-0-8 Staff Member

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    NASA scientists detect parallel universe 'next to ours' where time runs backwards - Daily Star

    https://www.dailystar.co.uk/news/we...LJULdS7KrHNCBKy6_Z0dq8nN8AKaMdb684aLkcchIFNM4

    Mary Conceicao Coelho says:


    1541_n.?_nc_cat=107&ccb=1-7&_nc_sid=8bfeb9&_nc_ohc=YlmAk0chc1cAX9JTNdd&_nc_ht=scontent-yyz1-1.

    8 comments


    Comments


    • Terry Henderson
      how is that even possible to detect

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      • 1h

    • Richard Gerber
      A positron is an electron going backwards in time, not common knowledge yet. In the Feynman-Stückelberg interpretation, the negative-energy solutions are interpreted as particles moving backward in time. This means that the positron is viewed as an electron traveling in the opposite direction of time. From the perspective of the positron, it is simply moving forward in time like any other particle. The idea that a positron can be interpreted as an electron moving backward in time stems from the mathematical formalism of quantum field theory, specifically the interpretation known as the Feynman-Stückelberg interpretation. In this interpretation, antimatter particles, such as the positron, can be viewed as regular matter particles moving backward in time.
      In quantum field theory, particles are described as excitations of quantum fields that permeate space. These fields are associated with their respective particles, such as the electron field or the positron field. According to this interpretation, an electron is represented by a disturbance in the electron field, and a positron is represented by a disturbance in the positron field.
      The concept of particles moving backward in time arises from the mathematical equations that describe these quantum fields. These equations have solutions that include both positive- and negative-energy solutions. The positive-energy solutions correspond to the normal particle states we observe, like electrons, while the negative-energy solutions represent antiparticles, such as positrons.
      In the Feynman-Stückelberg interpretation, the negative-energy solutions are interpreted as particles moving backward in time. This means that the positron is viewed as an electron traveling in the opposite direction of time. From the perspective of the positron, it is simply moving forward in time like any other particle.
      This interpretation has been successful in providing a consistent mathematical framework for describing the behavior of particles and their interactions. It allows us to understand phenomena like electron-positron annihilation, where a positron and an electron collide and annihilate each other, resulting in the release of energy.
      However, it's important to note that this interpretation is a mathematical tool used in quantum field theory to make predictions and calculations, rather than a literal description of the physical reality. It does not imply that particles are actually traversing backward in time or that time itself can be reversed. It is simply a mathematical framework that aids in understanding and calculating particle interactions.
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    • Christopher Gibbons
      I believe anything is possible at this point.

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      • 1h

    • Eric J Hecker
      Hey I have been there. Glad to see the vents are clear of Ice!!!

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      • 10m
     
    CULCULCAN, May 20, 2023
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