Sarah Heine headshot, female, brown hair pulled back, smile.

Sarah Heine

Research Scientist

Education

  • Ph.D. (2014) • Physics • Massachusetts Institute of Technology
  • B.Sc. (2008) • Physics • Massachusetts Institute of Technology

Current Position

  • Research Scientist at MIT Kavli Institute for Astrophysics and Space Research, Cambridge, MA
  • Technology and mission development for soft X-ray astrophysics, currently focusing on soft X-ray polarimetry and testing of sCMOS sensors for use in the soft X-ray and on flight missions utilizing funding from NASA APRA, RTF, and SBIR grants.

Top: CAD models of the REDSoX sounding rocket payload.  Top left: entire payload, top right upper: aft side view showing optics shells, CAT gratings, and the imaging detector in the center of the focal plane, top right middle: CAT grating assembly, top right lower: focal plane including four CCD detectors and three laterally graded multilayer mirrors.  Bottom: A flange mounted CMOS detector being tested in the soft X-ray regime on the end of the MIT polarimetry beamline.
Top: CAD models of the REDSoX sounding rocket payload.  Top left: entire payload, top right upper: aft side view showing optics shells, CAT gratings, and the imaging detector in the center of the focal plane, top right middle: CAT grating assembly, top right lower: focal plane including four CCD detectors and three laterally graded multilayer mirrors.  Bottom: A flange mounted CMOS detector being tested in the soft X-ray regime on the end of the MIT polarimetry beamline.

Technology Interests

  • Hardware development for soft X-ray Polarimetry (currently deputy PI on REDSoX-a sounding rocket based soft X-ray polarimeter)
  • Utilizing sCMOS detectors in the soft X-ray for flight missions
  • Development of technology to help make smaller, less expensive X-ray flight missions more feasible (by lowering cost, cooling, power, and focal length requirements)
  • TES Microcalorimeters

Goals and Aspirations

  • Building the REDSoX payload and realizing a successful mission.
  • Building my skills as PI with an eye toward future missions.
  • Characterizing an existing, or helping to develop a new, sCMOS sensor that can be utilized in a soft X-ray flight mission.
  • Mentoring students, both undergraduate and graduate, especially to foster a love of instrumentation in young scientists.
  • Helping to nurture and encourage an inclusive and diverse workforce in instrumentation through outreach and engagement with my institution.