Search for Axion Stars Using the Global Network of Optical Magnetometers for Exotic Physics (GNOME)

POSTER

Abstract

Light scalar fields in the form of axion stars or Q-balls are a possible candidate for dark matter. The Global Network of Optical Magnetometers for Exotic physics (GNOME) is sensitive to such compact objects via a coupling of the fields to the atomic and nuclear spins. We present an analysis method for the GNOME data that is sensitive to axion stars and Q-balls based on the excess power technique. We present preliminary results and discuss the sensitivity of such a network to this form of dark matter.

*Supported by NSF Awards PHY-1707803 and PHY-1707875

Authors

  • Perrin Segura

    • Oberlin College
  • Madeline Monroy

    • California State University - East Bay
  • Tatum Wilson

    • California State University - East Bay
  • Christopher A. Palm

    • California State University - East Bay
  • Sunyool Park

    • Oberlin College
  • Jason Mora

    • California State University - East Bay
  • Alexander Penaflor

    • California State University - East Bay
  • Ibrahim Sulai

    • Bucknell University
  • Derek Jackson-Kimball

    • California State University - East Bay
    • California State University, East Bay
  • Jason Stalnaker

    • Oberlin College