Data Releases

SuperCDMS Email Contacts

 

Questions about the project, the experiment or the collaboration:
cdms-contact@slac.stanford.edu

To contact the website administrator:
cdms-webmaster@slac.stanford.edu

Our Sponsors

SuperCDMS gratefully acknowledges the supporting institutions

 

U.S. Department of Energy

National Science Foundation (NSF)

Canadian Foundation for Innovation

McDonald Canadian | Astroparticle Physics Research Institute

Natural Sciences and Engineering Research Council of Canada

National Institute of Science Education and Research

SuperCDMS Data Management Policy

The SuperCDMS data management policy can be found in these documents:


 

Data Releseas

Jump to Data Releases from:
SuperCDMS SNOLAB
SuperCDMS Soudan
CDMS II

 

 

SuperCDMS SNOLAB Data Releases


 

 

 

 

SuperCDMS Soudan Data Releases


Public Release #1 of High Threshold SuperCDMS Soudan Data (Oct 23, 2018)

Phys.Rev.Lett. 120 (2018), 061802 (arXiv:1708.08869)

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: Oct 23, 2018
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Public Release #1 of CDMSlite Run 2 Data (July 9, 2017)

arXiv:1707.01632

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: July 12, 2017
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Public Release #1 of Effective Field Theory analysis of SuperCDMS Data (May 18, 2015)

Phys. Rev. D 91, 092004

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: June 30, 2015
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Public Release #1 of Low-Energy SuperCDMS Data (Mar 12, 2014)

arXiv:1402.7137

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: October 2, 2014
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Public Release of CDMSlite Run 1 Data (Dec 20, 2013)

arXiv:1309.3259

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: January 22, 2014 Top


 

 

CDMS II Data Releases


Upper Limits and Contour Curves from CDMS II Si (April 26, 2013)

arXiv:1304.4279

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: April 26, 2013 Top


CDMS II Low Threshold Release Phase I (September 18, 2012

For questions, please send email to cdms-contact@slac.stanford.edu
Last Updated: February 11, 2013

  • Description
  • Readme
  • Data Release I : AllDet_qindata.tar.gz. File includes:
    • Ionization and phonon energies, eight Ge detectors, 2 to 20 keVnr
      • DQ multiples, with inner charge fiducial volume cut
      • DQ singles, with inner charge fiducial volume cut
    • Cut efficiencies & livetime
      • Trigger efficiencies (vs. keVnr)
      • Data quality efficiencies (vs. keVnr)
      • Total livetime for each detector
    • Event bands
      • Nuclear recoil bands, fit coefficients for upper and lower band edges
      • Electron recoil bands, fit coefficients for upper and lower band edges
      • Zero-charge bands, mean & sigma*
    • Verification text file containing the event counts for each band ("Event_Numbers.txt")
    • Demonstration MATLAB script for data verification ("plot_data.m")

*Note: The energy-independent zero charge band provided approximates a Gaussian spread in ionization.

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