Superconducting phase transition in planar fermionic models with Dirac cone tilting

The chiral and superconducting gaps are studied in the context of a planar fermion model with four-fermion interactions. effect tilt Dirac cone on both is shown discussed. Our results point to two different behaviors exhibited by fermionic systems. We show that there threshold value $\tilde{t}^*$ for effective parameter such when $|{\bf \tilde{t}}| < \tilde{t}^*$, phase persists negative values coupling constant. For positive constant, induction gap chemical potential exists which similar one seen graphene-like > \tilde{t}^*$ can be present, but it restricted smaller area portrait. analysis also shows presence ruled out. In this case, increase works favor manifestation metallic phase.