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Gamma Factory at CERN - novel research tools made of light
We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams woul...
| Autores principales: | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , |
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| Lenguaje: | eng |
| Publicado: |
2019
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| Materias: | |
| Acceso en línea: | https://dx.doi.org/10.5506/APhysPolB.50.1191 http://cds.cern.ch/record/2676691 |
| _version_ | 1780962739186827264 |
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| author | Placzek, W. Abramov, A. Alden, S.E. Alemany Fernandez, R. Antsiferov, P.S. Apyan, A. Bartosik, H. Bessonov, E.G. Biancacci, N. Bieroń, J. Bogacz, A. Bosco, A. Bruce, R. Budker, D. Cassou, K. Castelli, F. Chaikovska, I. Curatolo, C. Czodrowski, P. Derevianko, A. Dupraz, K. Dutheil, Y. Dzierżęga, K. Fedosseev, V. Fuster Martinez, N. Gibson, S.M. Goddard, B. Gorzawski, A. Hirlander, S. Jowett, J. Kersevan, R. Kowalska, M. Krasny, M.W. Kroeger, F. Lamont, M. Lefevre, T. Manglunki, D. Marsh, B. Martens, A. Molson, J. Nutarelli, D. Nevay, L.J. Petrenko, A. Petrillo, V. Radaelli, S. Pustelny, S. Rochester, S. Sapinski, M. Schaumann, M. Serafini, L. Shevelko, V.P. Stoehlker, T. Surzhikov, A. Tolstikhina, I. Velotti, F. Weber, G. Wu, Y.K. Yin-Vallgren, C. Zanetti, M. Zimmermann, F. Zolotorev, M.S. Zomer, F. |
| author_facet | Placzek, W. Abramov, A. Alden, S.E. Alemany Fernandez, R. Antsiferov, P.S. Apyan, A. Bartosik, H. Bessonov, E.G. Biancacci, N. Bieroń, J. Bogacz, A. Bosco, A. Bruce, R. Budker, D. Cassou, K. Castelli, F. Chaikovska, I. Curatolo, C. Czodrowski, P. Derevianko, A. Dupraz, K. Dutheil, Y. Dzierżęga, K. Fedosseev, V. Fuster Martinez, N. Gibson, S.M. Goddard, B. Gorzawski, A. Hirlander, S. Jowett, J. Kersevan, R. Kowalska, M. Krasny, M.W. Kroeger, F. Lamont, M. Lefevre, T. Manglunki, D. Marsh, B. Martens, A. Molson, J. Nutarelli, D. Nevay, L.J. Petrenko, A. Petrillo, V. Radaelli, S. Pustelny, S. Rochester, S. Sapinski, M. Schaumann, M. Serafini, L. Shevelko, V.P. Stoehlker, T. Surzhikov, A. Tolstikhina, I. Velotti, F. Weber, G. Wu, Y.K. Yin-Vallgren, C. Zanetti, M. Zimmermann, F. Zolotorev, M.S. Zomer, F. |
| author_sort | Placzek, W. |
| collection | CERN |
| description | We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams. |
| id | cern-2676691 |
| institution | Organización Europea para la Investigación Nuclear |
| language | eng |
| publishDate | 2019 |
| record_format | invenio |
| spelling | cern-26766912022-03-12T08:28:05Zdoi:10.5506/APhysPolB.50.1191http://cds.cern.ch/record/2676691engPlaczek, W.Abramov, A.Alden, S.E.Alemany Fernandez, R.Antsiferov, P.S.Apyan, A.Bartosik, H.Bessonov, E.G.Biancacci, N.Bieroń, J.Bogacz, A.Bosco, A.Bruce, R.Budker, D.Cassou, K.Castelli, F.Chaikovska, I.Curatolo, C.Czodrowski, P.Derevianko, A.Dupraz, K.Dutheil, Y.Dzierżęga, K.Fedosseev, V.Fuster Martinez, N.Gibson, S.M.Goddard, B.Gorzawski, A.Hirlander, S.Jowett, J.Kersevan, R.Kowalska, M.Krasny, M.W.Kroeger, F.Lamont, M.Lefevre, T.Manglunki, D.Marsh, B.Martens, A.Molson, J.Nutarelli, D.Nevay, L.J.Petrenko, A.Petrillo, V.Radaelli, S.Pustelny, S.Rochester, S.Sapinski, M.Schaumann, M.Serafini, L.Shevelko, V.P.Stoehlker, T.Surzhikov, A.Tolstikhina, I.Velotti, F.Weber, G.Wu, Y.K.Yin-Vallgren, C.Zanetti, M.Zimmermann, F.Zolotorev, M.S.Zomer, F.Gamma Factory at CERN - novel research tools made of lightphysics.ins-detDetectors and Experimental Techniquesphysics.acc-phAccelerators and Storage RingsWe discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting γ-ray energy domain of 0.1–400MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.We discuss the possibility of creating novel research tools by producing and storing highly relativistic beams of highly ionised atoms in the CERN accelerator complex, and by exciting their atomic degrees of freedom with lasers to produce high-energy photon beams. Intensity of such photon beams would be by several orders of magnitude higher than offered by the presently operating light sources, in the particularly interesting gamma-ray energy domain of 0.1-400 MeV. In this energy range, the high-intensity photon beams can be used to produce secondary beams of polarised electrons, polarised positrons, polarised muons, neutrinos, neutrons and radioactive ions. New research opportunities in a wide domain of fundamental and applied physics can be opened by the Gamma Factory scientific programme based on the above primary and secondary beams.arXiv:1903.09032CERN-PBC-CONF-2021-015oai:cds.cern.ch:26766912019 |
| spellingShingle | physics.ins-det Detectors and Experimental Techniques physics.acc-ph Accelerators and Storage Rings Placzek, W. Abramov, A. Alden, S.E. Alemany Fernandez, R. Antsiferov, P.S. Apyan, A. Bartosik, H. Bessonov, E.G. Biancacci, N. Bieroń, J. Bogacz, A. Bosco, A. Bruce, R. Budker, D. Cassou, K. Castelli, F. Chaikovska, I. Curatolo, C. Czodrowski, P. Derevianko, A. Dupraz, K. Dutheil, Y. Dzierżęga, K. Fedosseev, V. Fuster Martinez, N. Gibson, S.M. Goddard, B. Gorzawski, A. Hirlander, S. Jowett, J. Kersevan, R. Kowalska, M. Krasny, M.W. Kroeger, F. Lamont, M. Lefevre, T. Manglunki, D. Marsh, B. Martens, A. Molson, J. Nutarelli, D. Nevay, L.J. Petrenko, A. Petrillo, V. Radaelli, S. Pustelny, S. Rochester, S. Sapinski, M. Schaumann, M. Serafini, L. Shevelko, V.P. Stoehlker, T. Surzhikov, A. Tolstikhina, I. Velotti, F. Weber, G. Wu, Y.K. Yin-Vallgren, C. Zanetti, M. Zimmermann, F. Zolotorev, M.S. Zomer, F. Gamma Factory at CERN - novel research tools made of light |
| title | Gamma Factory at CERN - novel research tools made of light |
| title_full | Gamma Factory at CERN - novel research tools made of light |
| title_fullStr | Gamma Factory at CERN - novel research tools made of light |
| title_full_unstemmed | Gamma Factory at CERN - novel research tools made of light |
| title_short | Gamma Factory at CERN - novel research tools made of light |
| title_sort | gamma factory at cern - novel research tools made of light |
| topic | physics.ins-det Detectors and Experimental Techniques physics.acc-ph Accelerators and Storage Rings |
| url | https://dx.doi.org/10.5506/APhysPolB.50.1191 http://cds.cern.ch/record/2676691 |
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