  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 model with experimental
data, we obtain $N\simeq 50$ and $n_{s}\simeq 0.96$, where \emph{N} and $n_{s}$
are the number e-folds and the spectral index respectively. These results could
be located in $0.01 < R_{Tensor-scalar} < 0.3$, where $R_{Tensor-scalar}$ is
the tensor-scalar ratio. In this epoch, the Big Rip singularity happens in a
finite time $t_{rip}=31(Gyr)$ for WMAP and Planck experimnts and
$t_{rip}=28(Gyr)$ for BICEP2 experiment. By comparing this time with the time
of the Big Rip in brane-antibrane, we observe that the wormhole in BIonic
system causes that the destruction of the universe becomes faster.
