Capsat testing
Read the original article on the Aerospace Engineering site.Credit: NASA/Artist’s rendering of GOES-R I feel lucky to work with such a talented and capable team.” To see our work come to fruition is really a wonderful experience. “But, the team has worked incredibly hard and we were able to get the spacecraft to Houston in time for an August launch. This approach mitigates the need for heavy shielding and opens the door for quantum communications to take place on small CubeSats.”Īccording to Eason, CAPSat has had its share of challenges. “CAPSat will demonstrate the viability of performing quantum operations in small satellite packages. “After it cools back down, the radiation damage should be healed, leading to much less noise,” Kwiat said. “In CAPSat we’re trying to anneal the damaged detector in flight, using a bright laser to heat it. “Ultra-sensitive photodiodes in the experiment can be damaged by cosmic radiation while orbiting the Earth, leading to greatly enhanced detector noise, so they can no longer reliably detect single photons,” Kwiat said. The signatures of Logan Power and Rick Eason can be seen directly underneath the UIUC Block I sketch.
The Nanoracks CubeSat Deployer, which CAPSat was loaded into, has flown several missions in the past so the access panel has markings and signatures from the 2019 CubeSat SOCRATES, as well as the satellite that sits behind CAPSat for this launch, SPACE HAUC. Nagel Mission Operations Center in Talbot Laboratory at UIUC.”Īt roughly 4 inches square by 12 inches long, CAPSat will perform quantum annealing experiments for Professor Paul Kwiat in UIUC’s physics department and director of the Illinois Quantum Information Science and Technology Center. Michael Lembeck, who is an aerospace engineering faculty member and director of LASSI said, “Communications with the satellite will be handled locally through LASSI’s Urbana ground station and will inaugurate the use of the new Steven R.
#Capsat testing software#
I was in charge of getting all of the hardware and software ready for flight.” Power has also played a key role working with the principal investigator to get the instrument payload calibrated and tested for flight. It's been my job to be CAPSat's integration lead. “I was brought onto the CAPSat team almost two years ago. “I got involved with the Laboratory for Advanced Space Systems at Illinois as a freshman, working on communications as well as integration and testing,” Eason said. CAPSat is installed into the Nanoracks CubeSat deployer.įor Eason, who plans to attend graduate school in aerospace engineering at UIUC after graduating, the delivery marked an important step in a project he’s been working on since he first came to Illinois. From there, it will be loaded onto the end of a robotic arm and deployed from its transport canister in October. The Cool Annealing Payload Satellite, or CAPSat, will launch in August on a SpaceX Dragon cargo ship to the International Space Station. In early July, Illinois ECE undergraduate students Rick Eason and Logan Power were privileged to hand-deliver a CubeSat satellite to NASA’s launch service provider, Nanoracks, in Houston, where they participated in its installation in the orbital deployer mechanism. Undergrads Rick Eason, left, and Logan Power, right, celebrate CAPSat’s successful installation in Nanorack’s deployer.