The recent discovery of high-pressure (HP), near-room(NR)-temperature (T) superconductivity (SC) has been a milestone in fundamental research, but due to the HP involved (more than 200 GPa) and its instability in ambient conditions, any practical applications are currently unfeasible. Consequently, one of the most significant challenges is discovering a new class of technologically-relevant materials presenting ambient-pressure SC and displaying a transition at high T even if not necessarily at NR-T. Therefore, to assess the potential of hydrogen(H)-rich compounds to host new high T conventional superconductors at ambient pressure conditions, it is necessary to identify an alternative and cheap technique to investigate a wide range of materials.