  Using a wavefunction Dirac Bogoliubov-de Gennes method, we demonstrate that
the tunable Fermi level of a graphene layer in the presence of Rashba spin
orbit coupling (RSOC) allows for producing an anomalous nonlocal Andreev
reflection and equal spin superconducting triplet pairing. We consider a
graphene junction of a ferromagnet-RSOC-superconductor-ferromagnet
configuration and study scattering processes, the appearance of spin triplet
correlations, and charge conductance in this structure. We show that the
anomalous crossed Andreev reflection is linked to the equal spin triplet
pairing. Moreover, by calculating current cross-correlations, our results
reveal that this phenomenon causes negative charge conductance at weak voltages
and can be revealed in a spectroscopy experiment, and may provide a tool for
detecting the entanglement of the equal spin superconducting pair correlations
in hybrid structures.
