SLAC MAGIS-100 Meeting
Thursday, 10 June 2021 -
10:30
Monday, 7 June 2021
Tuesday, 8 June 2021
Wednesday, 9 June 2021
Thursday, 10 June 2021
10:30
On-site Activities
-
Murtaza Safdari
(
SLAC
)
Gregory Peter Le Sage
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
Ariel Schwartzman
(
SLAC
)
josef frisch
(
SLAC
)
Andrew Rasmussen
(
SLAC
)
On-site Activities
Murtaza Safdari
(
SLAC
)
Gregory Peter Le Sage
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
Ariel Schwartzman
(
SLAC
)
josef frisch
(
SLAC
)
Andrew Rasmussen
(
SLAC
)
10:30 - 10:40
Lab & office work * Schedule for next week * Notes/News from this week
10:40
3D Imaging System
-
josef frisch
(
SLAC
)
Michael Kagan
(
SLAC
)
Michael Greenberg
(
SLAC
)
Ariel Schwartzman
(
SLAC
)
Gregory Peter Le Sage
(
SLAC
)
Andrew Rasmussen
(
SLAC
)
Maxime Vandegar
(
SLAC
)
Murtaza Safdari
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
3D Imaging System
josef frisch
(
SLAC
)
Michael Kagan
(
SLAC
)
Michael Greenberg
(
SLAC
)
Ariel Schwartzman
(
SLAC
)
Gregory Peter Le Sage
(
SLAC
)
Andrew Rasmussen
(
SLAC
)
Maxime Vandegar
(
SLAC
)
Murtaza Safdari
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
10:40 - 11:40
3D imaging system with panoptical mirror system
11:40
Image Processing, Reconstruction, and Simulation
-
Murtaza Safdari
(
SLAC
)
Michael Kagan
(
SLAC
)
Maxime Vandegar
(
SLAC
)
Image Processing, Reconstruction, and Simulation
Murtaza Safdari
(
SLAC
)
Michael Kagan
(
SLAC
)
Maxime Vandegar
(
SLAC
)
11:40 - 12:00
* 3D image reconstruction * Wave-function phase extraction * Simulation * Machine learning methods * Fourier analysis
12:00
Diagnostics camera system
Diagnostics camera system
12:00 - 12:10
Optics Mechanics Software Calibration/Monitoring analysis
12:10
Physics Analysis and Event Reconstruction
-
Ariel Schwartzman
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
Murtaza Safdari
(
SLAC
)
Physics Analysis and Event Reconstruction
Ariel Schwartzman
(
SLAC
)
Sanha Cheong
(
Stanford / SLAC
)
Murtaza Safdari
(
SLAC
)
12:10 - 12:20
* 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