GERDA

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

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The Physics of GERDA

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NEWS
6 Dec 22: Liquid argon veto modeling (arXiv)

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 has been proposed in 2004 as a new ⁷⁶Ge double-beta decay experiment at LNGS. The GERDA installation is a facility with germanium detectors made out of isotopically enriched material. The detectors are operated inside a liquid argon shield. The experiment is located in Hall A of LNGS.

Last modified: Aug 2021

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