Erika Hamden headshot, female, brown wavy short hair, blue glasses, red blazer, smile.

Erika Hamden

Associate Professor

Education

  • Ph.D. (2014) • Astronomy & Astrophysics • Columbia University
  • M.Phil. (2010) • Astronomy & Astrophysics • Columbia University
  • M.S. (2009) • Astronomy & Astrophysics • Columbia University
  • A.B. (2006) • Astronomy & Astrophysics • Harvard College

Current Position

  • Associate Professor Astrophysics, Steward Observatory, Director of the Arizona Space Institute, University of Arizona.
  • Focus on UV technology development, including detectors and gratings. Building UV spectrographs (Aspera & FIREBall-funded, Hyperion & NOX- proposals). Developing future generations of mission PIs through the PI Launchpad

Plot showing quantum efficiency models at UV wavelengths for three different anti-reflection coatings. Purple single layer coating has the widest bandpass, but lowest performance. Blue 5-layer coating had the highest performance but at a narrow bandpass. Red 3-layer coating is in between these two. The coatings were optimized for the FIREBall-2 UV Spectrograph.
Plot showing quantum efficiency models at UV wavelengths for three different anti-reflection coatings. Purple single layer coating has the widest bandpass, but lowest performance. Blue 5-layer coating had the highest performance but at a narrow bandpass. Red 3-layer coating is in between these two. The coatings were optimized for the FIREBall-2 UV Spectrograph.

Technology Interests

  • Ultraviolet Silicon Detectors for Astrophysics
  • Single-Photon Counting UV Detectors
  • High efficiency UV gratings
  • UV Optical coatings, both mirror and anti-reflection
  • Optical alignment
  • Large UV Mission Concepts

Goals and Aspirations

  • Developing High Efficiency, photon counting UV detectors and seeing their incorporation into operating missions.
  • Becoming the PI of an Explorer mission.
  • Teaching future PIs the process of mission development through the PI Launchpad.
  • Providing motivation for increased funding for technology development and across all of SMD.