J4*.6
Large Aperture Telescope High Throughput Receiver design
Bradford Benson, Fermilab, University of Chicago, United States
Session:
J4*: Millimeter-Wave Technologies, Techniques, and Challenges for CMB-S4 Lecture
Track:
Special Sessions
Location:
Room 265
Presentation Time:
Thu, 9 Jan, 15:10 - 15:30 MT (UTC -7)
Session Co-Chairs:
John Carlstrom, University of Chicago and John Ruhl, Case Western Reserve University
Presentation
Discussion
Resources
No resources available.
Session J4*
J4*.1: CMB-S4 Science Case and Instrument Overview
John Carlstrom, University of Chicago, United States; John Ruhl, Case Western Reserve University, United States
J4*.2: Superconducting Bolometric Detector Technology for CMB-S4
Aritoki Suzuki for the CMB-S4 Collaboration, Lawrence Berkleey National Laboratory, United States
J4*.3: Multiplexed Detector Readout Technology for CMB-S4
Zeeshan Ahmed, SLAC National Accelerator Laboratory, United States
J4*.4: CMB-S4 Feedhorn and Focal Plane Assembly Design
Sara Simon, Fermi National Accelerator Laboratory, United States
J4*.5: Large Aperture Telescope Designs for CMB-S4
Nick Emerson, University of Arizona, United States
J4*.6: Large Aperture Telescope High Throughput Receiver design
Bradford Benson, Fermilab, University of Chicago, United States
J4*.7: Large Aperture Telescope Sidelobe Issues and Mitigation for CMB-S4
Johanna Nagy, Case Western Reserve University, United States
J4*.8: Small Aperture Telescope Designs for CMB-S4
John M. Kovac, Harvard University, United States
J4*.9: Polarized Atmospheric Properties and Modeling for CMB-S4
Anna Coerver, William Holzapfel, University of California, Berkeley, United States
J4*.10: Radiofrequency Interference Issues and Mitigation for CMB-S4
Darcy Barron, University of New Mexico, United States
Contacts