The abstract of the present Authorea version (DOI is still being registered) of ResearchGate's preprint TOPOLOGY AND THE MAGNETIC MONOPOLE REPLACE UNIVERSAL EXPANSION WITH MAGNETIC DATA SWAPPING states -
We prove results on unique continuation at the boundary for the solutions of real analytic elliptic partial differential equations of the form
∑i,j=1naij(x)∂2u∂xi∂xj + ∑k=1nbk(x)∂u∂xk+c(x)u=0i,j=1∑naij(x)∂xi∂xj∂2u+k=1∑nbk(x)∂xk∂u+ c(x)u = 0
That equation didn't reproduce correctly but the keywords are -
aharonov-bohm effect
building blocks of space-time
dark matter and dark energy modified
data swapping and galaxy displacement
flat and simply connected cosmos
model of universe in virtual and augmented reality
multiverse-universe unification
quantum mechanics only superficially probabilistic
real and imaginary numbers
temperature-independent holographic quantum entanglement
universe as magnetic monopole
the universe a moving structure, is magnetic it has 2 poles that communicate is not a monopole
This looks quite unique — combining quantum mechanics, topology, and cosmology all together. Replacing cosmic expansion with the concept of a magnetic monopole is an interesting idea. Is the full paper available? Please send the link, I'd like to read it in detail."
Satyam Patel
Thanks for your comment, Satyam. It's an interesting idea - here's the link to the paper on Preprints.org. I hope it continues to interest you.
Rodney
https://www.preprints.org/manuscript/202504.1987/v4
A fascinating hypothesis. The idea that the universe is not expanding but is instead a static magnetic monopole is quite unconventional. Replacing expansion with magnetic data swapping to explain galaxy motion is novel, and the claim that quantum mechanics is deterministic rather than probabilistic challenges mainstream interpretation.
The use of Mobius strips, Klein bottles, and binary digits as spacetime's building blocks adds a topological and informational layer to the model. Also interesting is the treatment of virtual/augmented reality, Wick rotation, and quantum entanglement as physical mechanisms rather than abstract tools. It’s a bold attempt to unify diverse ideas — would be curious to see how this framework holds up against current astrophysical data.
— Satyam Patel, IIT Madras