The GERmanium Detector Array
for the search of neutrinoless double beta decay in Ge-76
at the Laboratori Nazionali del Gran Sasso (LNGS)

The Physics of GERDA


Contacts & Organigram




Useful Links


Data collection declaration


14 Jan 24: Improved limit on 0vECEC of 36Ar (EPJC)
03 Oct 23: Final result of GERDA for T1/2 of 76Ge 2νββ decay (PRL)
4 Sep 23: Tri-nucleon decays of 76Ge (EPJC)
24 Apr 23: Liquid argon veto modeling (EPJC)
4 Sep 22: Search for exotic physics (JCAP)
16 Aug 22: Erratum: Search for bosonic super-WIMPS (PRL)
1 Apr 22: Pulse shape analysis in GERDA Phase II (EPJC)
2 Aug 21: Calibration of GERDA (EPJC)
7 June 21: Inverted coaxial 76Ge detectors in GERDA (EPJC)
17 Dec 20: Final Results of GERDA on the Search for Neutrinoless Double-β Decay (PRL)
1 July 20: Final GERDA result for 0νββ decay of 76Ge (Neutrino 2020)
28 May 20: Search for Bosonic super-WIMPs (PRL)
24 Mar 20: Background model for Phase II (JHEP)
5 Sep 19: Probing Majo- rana neutrinos (Science)
13 Feb 18: Improved Phase II limit (PRL)
6 Apr 17 Background-free search for 0νββ decay (Nature)
News archive


The GERDA experiment searched for neutrinoless double-beta (0νββ) decay of 76Ge by operating Ge detectors made from 76Ge enriched material in a 64 m3 liquid argon cryostat located in Hall A of LNGS. Data taking stopped in Febr 2020. The final result of the 0νββ decay search is a limit of 1.8x1026 yr (90 % C.L.) published in PRL. The LEGEND collaboration took over the setup with the goal to increase the amount of enriched Ge detectors to about 200 kg in the same cryostat.

Last modified: Aug 2021 go to top