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We report the superconductivity of a new quaternary compound ThMo$_2$Si$_2$C,synthesized with the arc-melting technique. The compound crystallizes in atetragonal CeCr$_2$Si$_2$C-type structure with cell parameters of $a$ = 4.2296\r{A}and $c$ = 5.3571 \r{A}. An interlayer Si-Si covalent bonding is suggestedby the atomic distance. The electrical resistivity and magnetic susceptibilitymeasurements indicate a Pauli-paramagnetic metal with dominantelectron-electron scattering in the normal-state. Bulk superconductivity at 2.2K is demonstrated with a dimensionless specific-heat jump of${\Delta}C/\gamma_{\rm n}T$ = 0.98. The superconducting parameters of thecritical magnetic fields, coherence length, penetration depth, andsuperconducting energy gap are given.

Superconductivity in ThMo2Si2C with Mo2C Square Net