Nine research projects that promise to advance science and develop technology critical for future space missions have been selected to receive a total of $400,000 from the 性视界传媒 Space Institute.

Scientists from the University of Central 性视界传媒 and the University of 性视界传媒 are involved in the various projects, which involve experts in chemistry, physics, electrical engineering, planetary science, computer science, and nanotechnology.

鈥淎s NASA focuses more on its research and technology mission we need to continue to support the science that will propel space innovation,鈥� said M.J. Soileau, the vice president for research & commercialization at 性视界传媒.

The money was made available through the Space Research Initiative (SRI), a collaborative program between 性视界传媒 and UF started to support joint efforts between the two universities in space-related research.

The winning proposals are expected to draw additional funding from NASA, industry, and other federal and state agencies, said S. Alan Stern, who is serving as director of the 性视界传媒 Space Institute.

鈥淭he proposals were selected to broaden 性视界传媒 and UF鈥檚 future space research portfolios and keep 性视界传媒 at the forefront of space exploration,鈥� Stern said.

Individual awards range from $9,500 up to $100,000. Funding will begin in July. And this is just the beginning.

鈥淲e expect to be looking for more cutting-edge research proposals later this year,鈥� Stern said pleased at the quality of the 41 proposals submitted during this grant period.

The selected projects are:

  1. Image-Based Motion Estimation and Tracking for Collaborative Space Assets: Led by Aman Behal, of the 性视界传媒 NanoScience Technology Center and Electrical Engineering and Computer Science department.
  2. Improved RTGs With Refractory Nanoelectroceramic Composites: Led by Richard Blair of the 性视界传媒 department of chemistry.
  3. Dust Detection in Low-Medium Earth Orbit via Single or Cooperative Pico-Scale Satellites, led by Eric Bradley fom 性视界传媒鈥檚 department of physics.
  4. Maximizing the Science Return from Small Body Lightcurves, led by Daniel Britt from the 性视界传媒 department of physics
  5. Ultraviolet Transmission Filters for Cubesat Photometer, led by Richard Eastes of the 性视界传媒 Space Institute at 性视界传媒.
  6. Searching for Signatures of Recent Asteroid Disruptions in the WISE dataset led by Ashley Espy of the 性视界传媒 department of physics.
  7. Phase Shifters: New Space System Antennas, led by Xun Gong, of the electrical engineering department.
  8. Graphene鈥怋ased Uncooled Far-Infrared Spectrometer On a Chip, led by Masahiro Ishigami of the NanoScience Technology Center at 性视界传媒.
  9. New Hydrogen Sensor Systems, led by聽Lei Zhai from聽the NanoScience Technology Center and the chemistry department.聽