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10th Symposium on Large TPCs for low-energy rare event detection

15–17 Dec 2021
Université de Paris
Europe/Zurich timezone
CALL FOR PROCEEEDINGS IS LIVE! Deadline: 15th of May

Secretary

Contribution List

81 out of 81 displayed
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  1. 65. Welcome
    15/12/2021, 10:00
  2. 59. Review on Axions
    Maurizio Giannotti
    15/12/2021, 10:15
  3. 60. BabyIAXO axion experiment
    Igor Garcia Irastorza (Universidad de Zaragoza (ES))
    15/12/2021, 11:00
  4. 80. Latest results and prospects on gravitational waves
    Florent ROBINET (IJCLab - Orsay)
    15/12/2021, 11:30
  5. 81. Towards Directional Dark Matter Detectors using High Gain Negative Ion TPCs with Continuous Radon Reduction
    Alasdair McLean (University of Sheffield), Robert Renz Marcelo Gregorio (University of Sheffield)
    15/12/2021, 12:00
  6. 61. Review on Dark Matter
    Susana Cebrian (Universidad de Zaragoza)
    15/12/2021, 14:00
  7. 79. Latest news from the NewsG experiment
    Konstantinos Nikolopoulos (University of Birmingham (GB))
    15/12/2021, 14:45
  8. 75. Overview of Noble Liquid TPCs for Dark Matter search
    Fei Gao (Columbia University)
    15/12/2021, 15:30
  9. 76. DarkSide-20k: Direct Dark Matter detection experiment with liquid argon TPC
    Masayuki Wada
    15/12/2021, 16:00
  10. 73. Self-interacting asymmetric dark matter
    Kallia Petraki (LPTHE, Sorbonne University)
    15/12/2021, 16:30
  11. 63. Review on neutrino properties and supernovae
    Cristina Volpe (APC)
    16/12/2021, 10:00
  12. 66. Cosmological constraints on neutrino masses and couplings
    Julien Lesgourgues (TTK, RWTH Aachen University)
    16/12/2021, 10:45
  13. 64. Latest results from KATRIN
    Thibaut Houdy (Université Paris-Saclay (FR))
    16/12/2021, 11:15
  14. 74. Latest progress of the PandaX-III double-beta decay experiment
    Heng Lin (Shanghai JiaoTong University), Ke Han (Shanghai Jiao Tong University)
    16/12/2021, 11:45
  15. 83. NEXT: NEXT-White results and roadmap towards a ton-scale detector
    Pau Novella Garijo (Univ. of Valencia and CSIC (ES))
    16/12/2021, 14:00
  16. 68. T2K experiment results and upgrades
    Marco Zito (Université Paris-Saclay (FR))
    16/12/2021, 14:30
  17. 72. Group pictures (live and remote)
    Samuel Pages
    16/12/2021, 15:00
  18. 70. The Dune project
    Simon Peeters (University of Sussex (GB))
    16/12/2021, 15:30
  19. 69. CERN Neutrino Platform and the ProtoDUNEs detectors
    Filippo Resnati (CERN)
    16/12/2021, 16:00
  20. 71. High pressure TPC for DUNE near detector
    Diego Gonzalez Diaz (Universidade de Santiago de Compostela (ES))
    16/12/2021, 16:30
  21. 56. Neutrino mass spectrum and PMNS mixing: A Review
    Eligio Lisi
    17/12/2021, 10:00
  22. 62. R2D2: an R&D program for the search of neutrino-less double beta decay
    Pascal Lautridou (SUBATECH)
    17/12/2021, 10:45
  23. 58. Resistive Detectors with DLC
    Yi Zhou (University of Science and Technology of China (CN))
    17/12/2021, 11:15
  24. 57. Precise timing with PICOSEC Micromegas
    Florian Maximilian Brunbauer (CERN)
    17/12/2021, 11:45
  25. 51. Anniversary Session
    17/12/2021, 14:00
  26. 52. Opening
    Dr Ioanis Giomataris (Université Paris-Saclay (FR))
    17/12/2021, 14:01
  27. 53. Conception, Gestation, and Birth of the TPC Idea
    David Nygren
    17/12/2021, 14:30
  28. 54. Neutrinos, the messengers of the invisible world
    Francois Vannucci (Centre National de la Recherche Scientifique (FR))
    17/12/2021, 15:10
  29. 55. Standard model and prospects
    Jean Iliopoulos (ENS)
    17/12/2021, 15:50
  30. 44. Conference Closing
  31. 2. Opening
  32. 29. Organizational Announcement

    Information about the Dinner.

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  33. 78. Overview of the DUNE experiment
    Simon Peeters (University of Sussex (GB))

    The Deep Underground Neutrino Experiment (DUNE) will consist of a 40-ktonne liquid argon TPC detector situated 1.5 km below the surface at the Sanford Underground Research Facility. A new broadband high-intensity neutrino source and Near Detector complex will be located at Fermilab, at a distance of 1,300 kilometres. This arrangement will provide excellent sensitivity in the search for...

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  34. 67. Review on Dark Matter
  35. 3. Special Invited Talk
  36. 10. Special Invited Talk
  37. 19. Special Invited Talk
  38. 26. Special Invited Talk
  39. 30. Special Invited Talk
  40. 37. Special invited Talk
  41. 4. Talk
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  60. 25. Talk
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  64. 32. Talk
  65. 33. Talk
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  70. 39. Talk
  71. 40. Talk
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  76. 46. Talk
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  78. 48. Talk
  79. 49. Talk
  80. 50. Talk
  81. 82. Towards Directional Dark Matter Detectors using High Gain Negative Ion TPCs with Continuous Radon Reduction and RTP Operation
    Mr Alasdair McLean (University of Sheffield), Mr Robert Renz Marcelo Gregorio (University of Sheffield)

    In the context of CYGNUS consortium R&D work towards large scale direction sensitive detectors for dark matter and nucleus-neutrino coherent scattering experiments, we present gain and functionality results on the use of new high gain MM-ThGEM charge amplification devices with negative ion SF$_6$, CF$_4$ and SF$_6$:CF$_4$:He mixtures towards atmospheric pressure. The device is designed for...

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