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SLAC MAGIS-100 Meeting

→ America/Los_Angeles
Description

Zoom meeting:

https://stanford.zoom.us/j/96719634497?pwd=WHRzdnRRY29CTXRIN2hRZHNBbjRRQT09
Password: 319682

 

Confluence space:

https://confluence.slac.stanford.edu/display/MAGIS100/MAGIS-100+Home

 

    • 10:30 → 11:30
      3D Imaging System 1h

      3D Imaging System with panoptical mirror system

      Speakers: Andrew Rasmussen (SLAC), Ariel Schwartzman (SLAC), Gregory Peter Le Sage (SLAC), Maxime Vandegar (SLAC), Michael Greenberg (SLAC), Michael Kagan (SLAC), Murtaza Safdari (SLAC), Sanha Cheong (Stanford / SLAC), josef frisch (SLAC)
      • Optics 20m
        • Overall optical design & performance
        • Individual components: mirrors, lenses, cameras
        • Simulation & design optimization
        Speakers: Andrew Rasmussen (SLAC), Ariel Schwartzman (SLAC), Maxime Vandegar (SLAC), Michael Greenberg (SLAC), Michael Kagan (SLAC), Murtaza Safdari (SLAC), Sanha Cheong (Stanford / SLAC), josef frisch (SLAC)
        Mirrors_4F_Comparisons
      • Mechanics 20m
        • Mirror holders and mounts
        • Holding mechanism and mechanical stability
        • 3D printing
        Speakers: Ariel Schwartzman (SLAC), Gregory Peter Le Sage (SLAC), Murtaza Safdari (SLAC), Sanha Cheong (Stanford / SLAC), josef frisch (SLAC)
      • Prototyping and Testing 20m
        • Components---market survey & purchasing
        • Building and integrating demonstrator set-up
        • Testing results
        Speakers: Ariel Schwartzman (SLAC), Murtaza Safdari (SLAC), Sanha Cheong (Stanford / SLAC), josef frisch (SLAC)
        First_Tests_Equipment
    • 11:30 → 11:50
      Image Processing, Reconstruction, and Simulation 20m
      • 3D image reconstruction
      • Wave-function phase extraction
      • Simulation
      • Machine learning methods
      • Fourier analysis
      Speakers: Ariel Schwartzman (SLAC), Maxime Vandegar (SLAC), Michael Kagan (SLAC), Murtaza Safdari (SLAC)
    • 11:50 → 12:00
      Physics Analysis and Event Reconstruction 10m
      • Interferometer sequence optimization algorithms
      • Systematic uncertainties
      • Signal reconstruction and analysis methods for quantum measurements, dark-matter detection, and gravity waves
      • Statistical methods
      • Physics sensitivity studies
      Speakers: Ariel Schwartzman (SLAC), Murtaza Safdari (SLAC), Sanha Cheong (Stanford / SLAC)
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