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contributions to the future of GANIL

February 1, 2020 to March 31, 2020
Europe/Paris timezone

Contribution List

27 / 27
25. A new Interdisciplinary Irradiation Area at SPIRAL2

This contribution proposes an evolution of the current SPIRAL2 Phase 1 facility toward 1) a multiuser facility, 2) a broader scientific scope and 3) an increase of interdisciplinary applications with a potential high societal impact.
24. Addendum to the Contribution to the Spiro Committee on the Future of GANIL

In this submission a brief addendum is provided to discussions of possible scenarios for the future of GANIL, in terms of its evolution within a European context.
30. ARIBE in the "future of GANIL"

Letter of support form J. Heyrovský Institute of Physical Chemistry of the Czech Academy of Sciences.
28. Atomic and molecular collision physics at GANIL

Since about 35 years, the community of atomic and molecular collision physics has widely used the GANIL facility for countless experiments performed within numerous national and international collaborations. Recent reviews of the advances achieved at GANIL in this field are available here: X. Fléchard et al JPCS 629 (2015) 012001 and H. Zettergren JPCS 629 (2015) 012003. These experiments have...
22. Atomic and molecular collision physics: application to hadrontherapy

See the attached file.
15. Continue and impove the high-energy beams for radiation biology in GANIL

This is the letter from the teams using LARIA platform and the high energy beam lines in GANIL for Radiation Biology
21. Contribution to the Spiro Committee on the Future of GANIL
Nigel Orr (LPC-Caen)

GANIL was established some 40 years ago and has a long history of contributions to nuclear and heavy-ion physics and related applications. Over the last decade, GANIL has traversed a difficult period, in particular through delays to SPIRAL2, the cancellation of Phase 2 and the inevitable competition from facilities elsewhere. In this submission we provide some observations and...
12. DESIR@SPIRAL2
Bertram Blank (CEN Bordeaux-Grradignan)
36. Efforts towards the internationalization of GANIL

Efforts towards the Internationalization of GANIL
Submitted by the IDEAAL working group on internationalization of GANIL
This contribution aims at bringing to the attention of the committee the efforts made in the framework of the IDEAAL contract towards the internationalization of GANIL.
14. Future of GANIL – SPIRAL 2 as a radioactive ion beam facility

In this contribution, the nuclear physics community presents conceptual ideas for the evolution of GANIL. Given the time needed to bring such ideas to fruition – typically 10-15 years – it is clear that the work towards a future upgrade or new facility needs to begin soon. Two scenarios are outlined in the following. While the studies of each are at a very preliminary stage we believe each of...
13. How GANIL facilities and their programs improve our knowledge in neutron data related to heavy ions interactions, radioprotection, nuclear safety, calculation codes management and environment sciences

A. Thick Target Neutron Yields for radioprotection, Monte Carlo codes benchmarks and heavy ion accelerators operation and control
The neutrons are the major hazards in particle accelerator facilities. These neutrons are emitted by the interaction of accelerated ions (light or heavy) with different components of the accelerator (dipole, walls, Faraday chambers, Current measurement instruments...
26. Interdisciplinary research at GANIL

Since the creation of GANIL, the use of swift heavy ions by communities other than nuclear physics has been considered. Thus the CIRIL laboratory was created to host interdisciplinary experiments. In 1989, the construction of the medium-energy line (SME) renewed the interdisciplinary research, by allowing the addition of about 3000 hours of beam time for material irradiation and collision...
17. Interdisciplinary research in Laboratory Astrophysics: studies of irradiation effects on molecular ices in different space environments

Interdisciplinary research in Laboratory Astrophysics:
studies of irradiation effects on molecular ices in different space environments
D. Andrade (Federal Univ., Rio de Janeiro, Brazil), A. Bacmann (IPAG, Grenoble), P. Boduch (CIMAP-CIRIL-GANIL, Caen), R. Brunetto (IAS, Orsay), A.L.F de Barros (CEFET, Rio de Janeiro, Brazil), N. Carrasco (LATMOS, Guyancourt), M. Chabot (IPN, Orsay), G....
31. Letter of Intent

The Future of GANIL: A Contribution from Material Science
35. Material Science (inorganic) at GANIL

In materials science, many studies use GANIL ion beams to simulate irradiation conditions encountered in harsh, radiative environments, such as those in nuclear reactors, in accelerators or even in space. Another field for which GANIL beams are frequently used is defect engineering or, more generally, the use of swift heavy ions to modify materials in a beneficial (and controlled) way. What is...
34. NFS: a powerful tool for Nuclear Data Measurements ready for operation
contribution

This contribution to the on-going prospective on the future of GANIL/SPIRAL-2 aims at detailing the potentialities of the SPIRAL-2/Neutrons for Science (NFS) [1] facility for nuclear data measurements.
Applied nuclear physics is omnipresent in our daily lives and has many strong links to the Sustainable Development Goals set up by the United Nations [2]. From energy to health applications,...
27. Nuclear physics for basic science and applications

In this contribution, the DPhN presents its priorities for the evolution of GANIL. Saclay physicists are currently conducting experiments along three main scientific axes:
1) properties of nuclei at the extremes of isospin asymmetry, excitation energy and shape,
2) heavy and super-heavy nuclei at extreme masses,
3) neutron-induced reactions notably for the study of fission in actinides,...
9. Nuclear structure from electron-ion collisions

We propose to address fundamental questions on the structure of unstable nuclei with a focus on nucleon density distributions. Densities were investigated using electron-stable target scattering and give rise to a set of data founding our knowledge of the nuclear shape in the valley of stability. Similar detailed and precise information could be obtained for exotic nuclei with an...
33. RADIATE: Letter of Interest

The Future of GANIL: A Contribution from RADIATE
23. Reacceleration of radioactive ions beams at Ganil

This document aims at describing the different physics programs that could be driven within the reacceleration stage of Radioactive Ions Beams (RIB) at GANIL in the future.
19. RFQ injector A/Q = 7 for the production of exotic nuclei using fusion-evaporation and multinucleon transfer reactions

Having a Q/A = 1/7 or 1/6 injector available as soon as possible is essential for S3 to be competitive for heavy and super-heavy nuclei studies. A higher intensity can be obtained for the heaviest beams with an injector Q/A = 1/7 compared to 1/6, but will not benefit to S3 in the medium term due to the limitations of the S3 electric dipole. In the longer term, it is imperative to increase the...
29. S3 at SPIRAL2/GANIL

see the attached file
11. Search for New Physics beyond the Standard Model with precision measurements in nuclear beta decays

Nuclear Physics has played a major role in establishing the laws of physics at the most fundamental level and in shaping the Standard Model of elementary particles (SM). Notable examples include the discovery of maximal violation of spatial inversion symmetry, P, the left-handed vector axial-vector (V-A) nature of the weak interaction and the conservation of the vector current. Today, the...
16. Support letter from the EMIR&A federation

Support Letter from the EMIR&A research federation
20. support letter from the LSI

support letter from the LSI
32. Support letter of GSI for non-nuclear and cross-disciplinary sciences

Support letter of GSI for non-nuclear and cross-disciplinary sciences
18. Swift heavy ions at GANIL, an indispensable tool to understand the evolution of radiolysable materials, to nanostructure them and to ensure the nuclear power industry safety

This document is aimed at presenting how Swift heavy ions at GANIL are used in the framework of basic research and industrial research on radiolysable materials and why it is highly important to maintain a viable beam access on the IRRSUD, IRASME and IRABAT lines.
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