Jenkins is a professor in Tech's Department of Mechanical Engineering, and he is joined in his work by collaborators at the NASA Langley Research Center, James Madison University and Tethers, Inc. Together, they will design a very lightweight optical instrumentation package that will be tested on solar sails during ground-based experiments. If all goes well, the experiments will continue as part of actual flight missions.
A solar sail is a very large mirror that reflects sunlight. As the photons of sunlight strike the sail and bounce off, they gently push the sail along by transferring momentum to it. Just as sails on a ship allow it to move forward, solar sails enable spacecraft to move within the solar system and between stars without bulky rocket engines and enormous amounts of fuel.
The instrumentation Jenkins is developing will monitor solar sails and their performance during flight.
"Solar sails represent a tremendous opportunity for in-space propulsion of a number of NASA science missions," Jenkins said. "Without experimental data, solar sail technology will be seriously hampered.
"The project also gives Tech important visibility as a significant contributor to NASA and provides needed educational resources for our students," Jenkins said.
The optical systems developed also offer the potential for technology transfer and economic development. The research is funded with $140,000 from NASA.