  A new organic superconductor, possibly with formula $K_3$ p-terphenyl, has
been discovered by Wang, Gao, Huang and Chen, reaching a very high $T_c$ of
about 120~K. Besides a clear diamagnetic signal, most other details such as
stoichiometry and structure are yet unknown. However, pristine p-terphenyl has
a familiar $P2_1/a$ staggered bimolecular structure, and it can be reasonably
assumed that a similar bimolecular structure could be retained by hypothetical
$K_3$ p-terphenyl. We point out that the resulting 2-narrow band metal would
support the same $s_{\pm}$ superconductivity recently proposed for doped
polycyclic aromatic hydrocarbons such as La-phenanthrene or $K_3$-picene. In
that model, narrow bands, a large Hubbard $U$ and the neighbourhood of a Mott
transition enhance superconductivity rather than damaging it.
