Role of higher -dimensional evolving wormholes in the formation of a big rip singularity
Mohammad Reza Setare, Alireza Sepehri

TL;DR
This paper explores how higher-dimensional wormholes in a brane-world scenario can lead to a Big Rip singularity, with energy transfer causing universe destruction in finite time, supported by observational data.
Contribution
It introduces a model linking wormhole formation in higher dimensions to accelerated universe expansion and the Big Rip, supported by observational consistency.
Findings
Big Rip occurs in 28-31 billion years depending on data set.
Wormholes accelerate the universe's destruction process.
Model aligns with WMAP, Planck, and BICEP2 observations.
Abstract
We study the evolutions of 4D universe on the M2-M5 BIon in the thermal background. The BIon consists of a D-brane and a parallel anti-D-brane which a wormhole connects them. When the branes and antibranes are far from each other and the brane's spike and the antibrane's spike are well separated, the wormhole cannot be built. However, when the branes and anti-branes are close to each other, a wormhole can be formed between them. Under this condition, there are many ways for flowing energy from transverse dimensions into our universe. This energy overcomes all other forms of energy, such as the gravitational repulsion and causes that our epoch is terminated at a Big-Rip singularity. We show that at this point, universe would be disappeared and one black M2-brane is formed. Finally, we examine our model against WMAP, Planck and BICEP2 experiments and get the ripping time. Comparing the…
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