AGATA: The advanced gamma tracking array

@article{Akkoyun2003AGATATA,
  title={AGATA: The advanced gamma tracking array},
  author={Serkan Akkoyun and A. Algora and Babak Alikhani and Frederic Ameil and Giacomo de Angelis and L. Arnold and Alain Astier and A. Atacc and Y. Aubert and C. Aufranc and A. Austin and S. Aydin and Faiçal Azaiez and Simone Badoer and D. L. Balabanski and D. Barrientos and Guillaume Baulieu and R. Baumann and D. Bazzacco and Friedrich Beck and T. Beck and Peter J. Bednarczyk and M. Bellato and Michael A Bentley and G. Benzoni and Romain Berthier and L. Berti and R{\'e}my Beunard and Giuliano Lo Bianco and B. Birkenbach and P. G. Bizzeti and A. M. Bizzeti-Sona and François Le Blanc and Jose M. Blasco and Nives Blasi and D. Bloor and Ciro Boiano and M. Borsato and Damiano Bortolato and A.J. Boston and Helen Boston and P. Bourgault and Plamen Boutachkov and Andr{\'e} Bouty and A. Bracco and Sergio Brambilla and I. P. Brawn and A. Brondi and Shea A. Broussard and Bart Bruyneel and D. Bucurescu and Ian Burrows and Arnold Burger and S{\'e}bastien Cabaret and Boris D. Cahan and Enrico Calore and F. Camera and Antonio Capsoni and F. Carri'o and Giulio Casati and M. Castoldi and Bo Cederwall and J.-L. Cercus and V. Chambert and M. El Chambit and R. Chapman and L. Charles and Jo{\"e}l Chavas and Emmanuelle Cl'ement and P. Cocconi and Simone Coelli and P. J. Coleman-Smith and Andrea Giorgio Colombo and S. J. Colosimo and C. Commeaux and Denis Conventi and Reynold J. Cooper and Andrea Corsi and A. Cortesi and L. Costa and F. C. L. Crespi and J. R. Cresswell and David M. Cullen and D. Curien and A. M. Czermak and D. Delbourg and Rosanna Depalo and Thierry Descombes and P. D'esesquelles and P. Detistov and Cheick Modibo Diarra and François Didierjean and Matthew R. Dimmock and Quoc Tuan Doan and C{\'e}sar Domingo-Pardo and Mar{\'i}a Doncel and F. Dorangeville and N. Dosme and Y. Drouen and Gaspard Duch{\^e}ne and B. Dulny and J. Eberth and P. Edelbruck and J. Egea and Tobias Engert and Mustafa Nizamettin Erduran and S. Erturk and Claudio Fanin and Sergio Fantinel and Enrico Farnea and Thomas Faul and M. Filliger and F. Filmer and Ch. Finck and Gilles de France and Andr{\'e}s Gadea and W. Gast and Angelo Geraci and Juergen Gerl and Roman Gernhauser and A. Giannatiempo and A. Giaz and L. Gibelin and A. Givechev and Navneet Goel and Valentino Gonz'alez and A. Gottardo and X. Grave and J. Grcebosz and Roger James Griffiths and A. N. Grint and Philippe Gros and L. Guevara and Michele Gulmini and Andreas Gorgen and Hoa Ha and T. Habermann and Laura Harkness and H. Harroch and K. Hauschild and C. Y. He and A. Hern'andez-Prieto and Bertrand Hervieu and H. Hess and T. Huyuk and E. Ince and Roberto Isocrate and Grzegorz Jaworski and A. Johnson and Jan Jolie and P. Jones and Bj{\"o}rn Jonson and Pankaj S. Joshi and Daniel S. Judson and A. Jungclaus and Mohammed Kaci and N. Karkour and M. Karolak and A. Kacskacs and Mariam Kebbiri and Ryan Kempley and Anton Khaplanov and Stephanie Klupp and M. Kogimtzis and Ivan Kojouharov and Ahmed Korichi and W. Korten and Th. Kroll and Reiner Krucken and Nathan Kurz and B. Yun Ky and M. Labiche and X. Lafay and L. Lavergne and I. H. Lazarus and S. Leboutelier and F Lefebvre and Eric Legay and L. Legeard and Francesco Lelli and S. M. Lenzi and Stefano Leoni and A. Lermitage and Daniel Lersch and J{\"o}rg Leske and S. C. Letts and S. Lhenoret and Rainer M. Lieder and D. Linget and J. Ljungvall and A. Lopez-Martens and A. Lotod'e and S. Lunardi and A. Maj and J. van der Marel and Y. Mariette and N. Mărginean and Raluca Mărginean and Gaetano Maron and A. R. Mather and W. Mceczy'nski and Valverde Mendez and Patrice Medina and Barbara Melon and R. Menegazzo and D. Mengoni and E. Merch{\'a}n and Lucian Mihailescu and C. Michelagnoli and Janusz Mierzejewski and Larissa Milechina and B. Million and Krasimir K. Mitev and P. Molini and Daniele Montanari and S. Moon and Franco Morbiducci and Renata Moro and P. S. Morrall and O. Moller and Andrea Nannini and D. R. Napoli and L. V. Nelson and Massimo Nespolo and Vĩnh Long Ng{\^o} and Marco Nicoletto and Roberto Nicolini and Yannick Le Noa and Paul J. Nolan and Mark Norman and J. Nyberg and Alexandre Obertelli and Albert Olariu and Riccardo Orlandi and David C. Oxley and Cenap S. Ozben and M. Ozille and Ch. Oziol and E. Pachoud and M. Palacz and Jon Palin and Julien Pancin and C. Parisel and P. Pariset and Gh. Pascovici and R. Peghin and L. Pellegri and A. Perego and Sophie Perrier and Mihai Petcu and Peicho Petkov and C. M. Petrache and E. Pierre and Norbert Pietralla and S. Pietri and M. Pignanelli and I. Piqueras and Zs. Podoly{\'a}k and P. Le Pouhalec and J. Pouthas and D. Pugn'ere and V. F. E. Pucknell and Antonio Pullia and Bego{\~n}a Quintana and Robert J. Raine and G. Rainovski and Loris Ramina and G. Rampazzo and Giovanni La Rana and Mauro Rebeschini and F. Recchia and N. Redon and M. Reese and P. Reiter and Patrick H. Regan and Stefano Riboldi and Mark S. Richer and Matteo Rigato and Susan Rigby and Giancarlo Ripamonti and Alex Philip Robinson and J. Robin and J. Roccaz and Jerome Ropert and B. Ross{\'e} and C. Rossi Alvarez and D. Rosso and B. Rubio and D. Rudolph and F. Saillant and E. cSahin and F. Salomon and M. D. Salsac and Jos{\'e} Salt and Gabriele Salvato and J. A. Sampson and Enrique Sanchis and C. Santos and Henning Schaffner and M. Schlarb and David Scraggs and D. A. Seddon and M. cSenyiugit and M. H. Sigward and G. S. Simpson and John J. Simpson and M. Slee and J. F. Smith and Pietro Sona and B. Sowicki and P. Spolaore and Christian Stahl and T. Stanios and E. A. Stefanova and O. St'ezowski and John Strachan and G. Suliman and P-A. Soderstrom and J. L. Taı́n and S{\'e}bastien Tanguy and Stanislav Tashenov and Ch. Theisen and Jim Thornhill and F. Tomasi and N. Toniolo and Robert Touzery and Bryan Travers and Andrea Triossi and Michel Tripon and K. M. M. Tun-Lanoe and Monica Turcato and C. Unsworth and Calin Alexandru Ur and J. J.Valiente-Dobon and V. Vandone and E. Vardaci and R. Venturelli and Fabio Veronese and Ch. Veyssi{\`e}re and E. Viscione and Robert Wadsworth and Philip M. Walker and Nigel Warr and C. Weber and D. Weisshaar and D. Wells and O. Wieland and Andreas Wiens and G. Wittwer and H. J. Wollersheim and Francesca Zocca and N. V. Zamfir and M. Zicebli'nski and Alessandro Zucchiatti},
  journal={Nuclear Physics News},
  year={2003},
  volume={13},
  pages={15 - 18}
}

The AGATA Project

For decades, the study of the gamma-ray decay from quantal states of the atomic nucleus has played a pivotal role in discovering and elucidating a wide range of phenomena. Each major technical

The AGATA Demonstrator Array at LNL

In the past 20 years, a wealth of nuclear structure information has been obtained with γ spectroscopy techniques, by using arrays of Compton-suppressed hyperpure germanium (HPGe) detectors. In these

The AGATA Campaign at GANIL

The Advanced Gamma Tracking Array, AGATA, is presently in its construction phase in which the European γ-spectroscopy research community is involved since several years. This powerful HPGe array

The GRIFFIN facility for Decay-Spectroscopy studies at TRIUMF-ISAC

  • A. GarnsworthyC. Svensson T. Zidar
  • Physics
    Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
  • 2019

AGATA: Gamma-ray tracking in segmented HPGe detectors

The next generation of radioactive ion beam facilities, which will give experimental access to many exotic nuclei, are presently being developed. At the same time the next generation of high

A high resolution γ-ray array for the pandora plasma trap

The measurement of β-decay rates in plasma, simulating stellar-like conditions, is of high interest for the investigation of radionuclides involved in nuclear astrophysics processes. In the new
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Gamma-ray tracking: New opportunities for nuclear physics

Introduction Over the last forty years, technical advances in the detection of gamma-radiation were accompanied by new discoveries and a better understanding of the structure of atomic nuclei,

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The design and performance of large arrays of escape suppressed germanium spectrometers is described. These arrays have revolutionized the -ray spectroscopic study of the atomic nucleus. The

Developments in large gamma-ray detector arrays

Gamma-ray spectroscopy was revolutionized with the introduction of high energy-resolution semiconductor germanium (Ge) detectors in the early 1960s. This led to the large increase in sensitivity

Real time pulse shape analysis for the γ-interactions in AGATA

AGATA is presently one of the world main detector projects for Nuclear Physics. It will be the first real 4π gamma-ray spectrometer and will consist of segmented Germanium detectors. It is based on
...