Publications
AGATA
publications
AGATA publications are governed by two complementary policies: one for technical and instrumentation publications, and one for scientific publications based on AGATA experiments and data. Please refer to the relevant section below for the applicable procedures.
Publication Policy for AGATA Technical and Instrumentation Publications
An AGATA technical or instrumentation publication, considered in this context, is a peer-reviewed article or peer-reviewed conference proceedings article that describes or is based on technical developments of AGATA.
All members of the AGATA collaboration are committed to produce publications of high quality, on behalf of the full collaboration. Therefore, the AGATA Steering Committee (ASC) has decided to have the following publication policy for AGATA technical and instrumentation publications:
All AGATA technical and instrumentation manuscripts must be sent to the AMB for review before being submitted to a journal.
In order to help you to have a fast revision of AGATA technical and instrumentation publications, the AMB has nominated István Kuti (HUN-REN Institute for Nuclear Research), to be the contact person on issues concerning this type of AGATA publications. Please send your manuscript for an AGATA technical or instrumentation publications to him. He will distribute the manuscript to all AMB members. The manuscript will be discussed at the next AMB meeting or video conference, which are held roughly once per month. As soon as possible after such a meeting the author of the manuscript will obtain the comments to the paper given by the AMB members.
The policy for AGATA physics publications, which are based on scientific results from experiments performed with AGATA, is described on this page.
Introduction
The AGATA Steering Committee (ASC) has defined a policy for the submission of publications relating to AGATA. This includes physics publications, conference proceedings, technical papers and review articles.
AGATA physics publications are based on results from the AGATA campaigns at LNL-INFN 2010–2011, GSI 2012–2014, GANIL 2015–2021 and LNL-INFN 2022. For these, the ASC has an approved list of AGATA Core Authors for each site and campaign. See the section Submission of AGATA Physics Publications.
An AGATA physics publication is defined as a peer-reviewed article that is based on scientific results from an experiment, or experiments, performed with AGATA.
Conference proceedings that include results from AGATA physics experiments should follow normal authorship courtesy. The Chair of the AGATA Collaboration Council (ACC), José Javier Valiente Dobón, should be informed at the time of publication.
All physics publications, including conference proceedings, must acknowledge the AGATA Collaboration and thank the host laboratory in the acknowledgements.
The policy for AGATA technical and instrumentation publications is described
on this page.
The ASC encourages all publications to be Open Access.
Authors of AGATA physics publications are reminded that ownership of data generated by the AGATA spectrometer resides with the AGATA Collaboration, as detailed in the
AGATA Data Policy.
Policy for Submission of AGATA Physics Publications
AGATA physics publications based on results from the AGATA campaigns at LNL-INFN 2010–2011, GSI 2012–2014, GANIL 2015–2021 and LNL-INFN 2022 may have, in addition to the main responsible author and the ordinary co-authors — those involved in the experiment, analysis and related activities — a number of additional co-authors belonging to the AGATA Core Author list for the respective campaign.
For the first AGATA physics publication based on results from each AGATA experiment, all persons on the AGATA Core Author list for that campaign will be asked whether they wish to be included as co-authors on the publication.
The ASC, working with the Chair of the ACC, is responsible for controlling and updating the AGATA Core Author lists. The lists will be updated regularly by adding and removing names.
Subsequent physics publications from the same experiment are not obliged to follow this procedure involving the Core Author list.
When such a publication has been accepted, it must be registered by informing the Chair of the ACC, José Javier Valiente Dobón. This ensures that the project maintains a complete record of all AGATA publications.
Submission of AGATA Review Articles
Review articles are very welcome and recognise the excellence of the scientific and technical output from AGATA.
In order for the collaboration to track these publications and advise during the preparation of the publication, including the provision of technical comments, the ASC has defined a specific procedure.
The manuscript of the review article should be submitted to the Chair of the ACC, José Javier Valiente Dobón, prior to submission to the journal.
The Chair will then check the paper and consult with the Chair of the AMB for additional technical comments.
Instructions for Main Authors of AGATA Physics Publications for the First Paper from an Experiment
The following procedure must be used to determine which persons on the relevant AGATA Core Author list wish to become co-authors of an AGATA physics publication.
If you are the main author of an AGATA physics publication, you must follow these instructions before submitting your article to a journal.
- Send the publication as a PDF file by email to István Kuti, with a copy to José Javier Valiente Dobón, Chair of the ACC.
In the email, specify:
- The AGATA campaign concerned by the publication.
- The journal to which the manuscript is planned to be submitted.
- The deadline for AGATA Core Authors to complete the acceptance form indicating whether they wish to become co-authors.
The recommended deadline is two weeks.
- After the deadline has passed, a link to the final list of names and affiliations of the AGATA Core Authors who answered “yes” on the acceptance form will be available in the last column of the publications table.
The list of names and affiliations is updated automatically when an AGATA Core Author completes the acceptance form. The final version of the list is available only after the deadline has passed.
- You must include all names on this list as co-authors of the AGATA physics publication.
The setup of the acceptance form and the notification sent to AGATA Core Authors, including information about its availability and deadline, are managed by István Kuti.
Information for Core Authors
When there is an AGATA physics publication that will be passed through the AGATA Core Author procedure, all persons on the relevant Core Author lists will receive an email with instructions explaining how to sign up to become a co-author on the publication.
Confidentiality Agreement
It is very important that all information contained in an AGATA physics publication manuscript submitted through the AGATA Core Author procedure is kept confidential until the manuscript has been accepted for publication.
Persons on the AGATA Core Author lists are not allowed to distribute the manuscript or disclose any information contained in it to anyone other than the co-authors whose names appear on the manuscript.
Before a manuscript can be downloaded from the website, the Core Author must accept the confidentiality agreement.
Updating Core Author Information
If there is a change in a Core Author’s affiliation, present address, email address or other personal information, the Core Author should log in to the website and update the relevant details.
Once logged in, click on My Account, select the Edit tab and update the relevant information on the Account and/or Core Author Data pages.
In the event of problems, please contact the AGATA webmaster.
Links
If you want to display the table of physics publications submitted via the AGATA Core Author procedure,
click on this link.
Publications
359 publications found
| Title | Authors | Source | Year | Type | Link |
|---|---|---|---|---|---|
| The AGATA multi-detector for Nuclear Structure | Emmanuel Clement | Third International Workshop on Nuclear Data for the Next Decade | 2026 | COMM | HAL |
| Triaxiality of neutron-rich ruthenium nuclei studied by lifetime measurements | J.S Heines, V. Modamio, A. Görgen, W. Korten, E. Clément, J. Dudouet, et al. | The European physical journal. A, Hadrons and Nuclei | 2026 | ART | DOI |
| school: Data Challenge AGATA-like dataset (Simulated) | Adrien Matta, Jérémie Dudouet | 2026 | OTHER | DOI | |
| Evolution of high-spin states in neutron-rich Au195–202 isotopes approaching the N=126 shell closure | Y Cho, Y.H Kim, A Navin, M Rejmund, A Lemasson, D Ramos, et al. | Phys.Rev.C | 2026 | ART | DOI |
| Regularity of core coupled high-spin structure in neutron-rich ¹⁹⁶⁻²⁰²Au isotopes approaching N =126 | Y Cho, Y.H Kim, A Navin, M Rejmund, A Lemasson, D Ramos, et al. | Phys.Lett.B | 2026 | ART | DOI |
| Anomalous quadrupole transition probabilities in the f₇⁄₂ mirror nuclei | R Escudeiro, F Recchia, N.H Medina, S.M Lenzi, A Boso, P Aguilera, et al. | Physical Review C | 2026 | ART | DOI |
| First observation of multi-phonon γ-vibrations in an odd-odd nuclear system | E.H Wang, M Abushawish, J.H Hamilton, A Navin, S Bhattacharyya, J Dudouet, et al. | Physical Review Letters | 2026 | ART | DOI |
| Fusion of ¹²C+²⁸Si at deep sub-barrier energies | A.M Stefanini, G Montagnoli, M del Fabbro, A Goasduff, P.A. Aguilera Jorquera, G Andreetta, et al. | Physics Letters B | 2026 | ART | DOI |
| Neural Networks for 3D Characterization of AGATA Crystals | Mojahed Abushawish, Guillaume Baulieu, Jérémie Dudouet, Olivier Stézowski | The European physical journal. A, Hadrons and Nuclei | 2026 | ART | DOI |
| Shape evolution in neutron-rich odd-even ¹⁰⁵⁻¹⁰⁹Nb isotopes | M Abushawish, E.H Wang, J Dudouet, A Navin, E Clément, G Duchêne, et al. | Physical Review C | 2026 | ART | DOI |
| Level structure of light neutron-rich La isotopes beyond the N = 82 shell closure | A. Navin, E. Wang, S. Bhattacharyya, Menglan Liu, Cenxi Yuan, M. Rejmund, et al. | Physical Review C | 2025 | ART | DOI |
| Precision lifetime measurements in excited states | E. Clément | 2025 | LECTURE | HAL | |
| Direct proton transfer on ⁴⁶Ar supports the presence of a charge density bubble linked to a novel nuclear structure below ⁴⁸Ca | Daniele Brugnara, Andrea Gottardo, Marlene Assié, Carlo Barbieri, Daniele Mengoni, Didier Beaumel, et al. | 2025 | UNDEFINED | HAL | |
| ¹⁰C superallowed beta decay measurement with AGATA: CKM matrix unitarity test | Y Son, J Ha, P Aguilera, F Recchia, G Andreetta, F Angelini, et al. | 29th International Nuclear Physics Conference | 2025 | COMM | DOI |
| AGATA: A Journey Through γ-Ray Spectroscopy | J.J Valiente-Dobón, E Clément, A Goasduff, K Wimmer, M Zielińska | Nuclear Physics News | 2025 | ART | DOI |
| Original Reach of Femtosecond Nuclear Lifetime Measurements in Predicting²²Na γ-Ray Observations in Novae | Chloé Fougères, François de Oliveira Santos | Nuclear Physics News | 2025 | ART | DOI |
| Fusion dynamics far below the barrier for ¹²C + ²⁸Si | D Brugnara, G Montagnoli, A.M Stefanini, M del Fabbro, P.A Aguilera Jorquera, G Andreetta, et al. | Nuclear Physics A | 2025 | ART | DOI |
| γ-ray angular correlations, distributions and linear polarization in tracking arrays | T. Lauritsen, A. Korichi, C.M. Campbell, M.P. Carpenter, P.A. Copp, J.P Greene, et al. | The European physical journal. A, Hadrons and Nuclei | 2025 | ART | DOI |
| Probing exotic cross-shell interactions at N=28 with single-neutron transfer on ⁴⁷K | C.J Paxman, A Matta, W.N Catford, G Lotay, M Assié, E Clément, et al. | Physical Review Letters | 2025 | ART | DOI |
| New Machine Learning-Based Approaches for AGATA Detectors Characterization and Nuclear Structure Studies of Neutron-Rich Nb Isotopes Nouvelles Approches de Machine Learning pour la Caractérisation des Détecteurs AGATA et Étude de la Structure Nucléaire des Isotopes de Niobium Riches en Neutrons | Mojahed Abushawish | 2024 | THESE | DOI |
