‹ Back

Atraills Knight Sanderson

11/29/2025

 

    How does a particle bend space-time? How do mass or energy do this? The nuclear force (gluonic force) is a clear displacement within the spuonic force. Chronogamnetic frequency is constantly mediating the dimension of space (chronogamnetic stretching), the dimension of space is constantly mediating the chronogamnetic frequency of the universe (time dilation). The displacement behaves like an eddy current around the area. It is reasonable to see this as a chronogamnetic eddy current, or a mediated chronogamnetic frequency which deviates from areas with no mass or energy. It is already stated within physics that a rank 2 tensor gauge boson would be the field which constitutes spacetime curvature.

 

    Electromagnetism being a rank 2 tensor, this causes a displacement within the stress-energy tensor framework which gives rise to a chronogamnetic eddy current displaced proportionally from that of open space. This is how even without the higgs field interaction (mass), particles would still bend spacetime.  

 

     It is energy which dictates a nucleus' kinetic rate (see: atomic decay) and mass which dictates it's area; just as it is time
which dictates the necleus' kinetic rate and space which dictates it's area.

    (I also felt I should just mention at the bottom that we aren't affiliated with prior chronon theories, in the prototype intro pdf you can see how we independently came to the 'chronotron' as it was named at the time. I felt this name was tacky, saw that 'chronon' was proposed by Robert Lévi in 1927 and decided to go with that name as it was superior. I thought I might as well keep his idea alive and give him naming rights to a time particle in our framework.)