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The experimental detection of the CE$\nu$NS allows the investigation ofneutrinos and neutrino sources with all-flavor sensitivity. Given its largecontent in neutrons and stability, Pb is a very appealing choice as targetelement. The presence of the radioisotope $^{210}$Pb (T$_{1/2}\sim$22 yrs)makes natural Pb unsuitable for low-background, low-energy event searches. Thislimitation can be overcome employing Pb of archaeological origin, where severalhalf-lives of $^{210}$Pb have gone by. We present results of a cryogenicmeasurement of a 15g PbWO$_4$ crystal, grown with archaeological Pb (older than$\sim$2000 yrs) that achieved a sub-keV nuclear recoil detection threshold. Aton-scale experiment employing such material, with a detection threshold fornuclear recoils of just 1 keV would probe the entire Milky Way for SuperNovae,with equal sensitivity for all neutrino flavors, allowing the study of the coreof such exceptional events.

Operation of an archaeological lead PbWO$_4$ crystal to search for neutrinos from astrophysical sources with a Transition Edge Sensor