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ET ISB workshop

17–21 Oct 2022
GSSI
Europe/Rome timezone

Contact (LOC)

Contribution List

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  1. 1. Welcome and logistic info
    Eugenio Coccia (Gran Sasso Science Institute and INFN), Jan Harms
    17/10/2022, 15:30
  2. 3. Recycling cavities design
    Daniel Brown (University of Adelaide)
    17/10/2022, 15:40
  3. 5. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza)
    17/10/2022, 17:00
  4. 4. Materials for ET-LF
    alex amato
    17/10/2022, 17:50
  5. 68. Importance of cleanliness for ET
    Livia Conti (INFN)
    17/10/2022, 18:40
  6. 6. Low-frequency sensitivity
    Jan Harms
    18/10/2022, 09:00
  7. 7. Sensitivity curve update
    Teng Zhang (Maastricht University)
    18/10/2022, 09:50
  8. 8. Pipe arm vacuum requirements
    Aniello Grado
    18/10/2022, 11:10
  9. 9. Site characterization
    Domenico D'Urso
    18/10/2022, 11:50
  10. 65. Contribution of ISB to site characterization
    Domenico D'Urso, Frank Linde
    18/10/2022, 15:30
  11. 12. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
    18/10/2022, 15:30
  12. 10. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    18/10/2022, 15:30
  13. 13. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
    18/10/2022, 15:30
  14. 11. Simulation of ET-LF lower stage and angular controls
    Artem Basalaev, Jan Harms
    18/10/2022, 15:30
  15. 64. Contribution of ISB to site characterization
    Domenico D'Urso, Frank Linde
    18/10/2022, 17:00
  16. 18. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
    18/10/2022, 17:00
  17. 16. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    18/10/2022, 17:00
  18. 19. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
    18/10/2022, 17:00
  19. 17. Simulation of ET-LF lower stage and angular controls
    Ameer Sider (PML - Precision Mechatronics Laboratory, Université de Liège, B-4000 Liège, Belgium), Jan Harms, Riccardo Maggiore, Tomislav Andric
    18/10/2022, 17:00
  20. 26. Materials for ET-LF core optics and suspensions
    Eddolls Graeme (University of Glasgow), alex amato
    19/10/2022, 09:00
  21. 22. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    19/10/2022, 09:00
  22. 25. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
    19/10/2022, 09:00
  23. 23. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    19/10/2022, 09:00
  24. 32. Materials for ET-LF core optics and suspensions
    Eddolls Graeme (University of Glasgow), alex amato
    19/10/2022, 11:00
  25. 28. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    19/10/2022, 11:00
  26. 31. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
    19/10/2022, 11:00
  27. 29. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    19/10/2022, 11:00
  28. 34. Impact of the detector on infrastructure's requirements
    Michele Punturo (INFN)
    19/10/2022, 15:30
  29. 35. Laser noise requirements
    Teng Zhang
    19/10/2022, 16:50
  30. 36. Updates from parallel sessions
    19/10/2022, 17:40
  31. 39. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
    20/10/2022, 09:00
  32. 37. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    20/10/2022, 09:00
  33. 38. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    20/10/2022, 09:00
  34. 66. Update of the sensitivity curve
    Stefan Danilishin, Stefan Hild, Teng Zhang
    20/10/2022, 09:00
  35. 45. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
    20/10/2022, 11:00
  36. 43. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    20/10/2022, 11:00
  37. 44. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    20/10/2022, 11:00
  38. 67. Update of the sensitivity curve
    Stefan Danilishin, Stefan Hild, Teng Zhang
    20/10/2022, 11:00
  39. 41. Materials for ET-LF core optics and suspensions
    Eddolls Graeme (University of Glasgow), alex amato
    20/10/2022, 15:30
  40. 49. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    20/10/2022, 15:30
  41. 50. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    20/10/2022, 15:30
  42. 14. Materials for ET-LF core optics and suspensions
    Eddolls Graeme (University of Glasgow), alex amato
    20/10/2022, 17:00
  43. 56. Recycling cavities design
    Jerome Degallaix (Laboratoire des Matéraux Avancés), Stefan Hild
    20/10/2022, 17:00
  44. 57. Simulation of ET-LF lower stage and angular controls
    Francesco Fidecaro (University of Pisa and INFN), Jan Harms
    20/10/2022, 17:00
  45. 62. Summary from parallel sessions
    21/10/2022, 09:00
  46. 63. Summary from parallel sessions
    21/10/2022, 11:00
  47. 24. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
  48. 30. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
  49. 51. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
  50. 58. ET-LF payload and cryostat design
    Fulvio Ricci (University of Rome Sapienza), Steffen Grohmann (KIT)
  51. 2. Logistics
    Jan Harms
  52. 20. Materials for ET-LF core optics and suspensions
    Edwige Tournefier, Stuart Reid (SUPA, University of Strathclyde)
  53. 47. Materials for ET-LF core optics and suspensions
    Edwige Tournefier, Stuart Reid (SUPA, University of Strathclyde)
  54. 53. Materials for ET-LF core optics and suspensions
    Edwige Tournefier, Stuart Reid (SUPA, University of Strathclyde)
  55. 60. Materials for ET-LF core optics and suspensions
    Edwige Tournefier, Stuart Reid (SUPA, University of Strathclyde)
  56. 40. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
  57. 46. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
  58. 52. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)
  59. 59. Requirements of pipe arms
    Aniello Grado, Nick Van Remortel (University of Antwerpen)