University of Chicago students creating satellite for NASA

Members of the UChicago PULSE-A leadership team
Members of the UChicago PULSE-A leadership team. From left, Astrophysics first-year John Baird; Mathematics and Computer Science first-year Parth Bhandari; Molecular Engineering and Astrophysics second-year Logan Hanssler; Molecular Engineering and Astrophysics fourth-year Lauren Ayala; Physics second-year Seth Knights; Astrophysics, Physics, and Computer Science fourth-year Rohan Gupta; and Physics and Philosophy first-year Juan Ignacio Prieto. Photo credit Photo provided by PULSE-A

(WBBM NEWSRADIO) — Some University of Chicago students are the brains behind an object that may get launched into space.

NASA has given its blessing the PULSE-A, a small communication satellite that will send messages back to earth using lasers instead of radio waves. The University of Chicago’s project was one of ten projects from universities to be selected for NASA’s CubeSat Launch Initiative.

PULSE-A is an example of a CubeSat, which are satellites that are extremely small. Some are as small as four inches.

Project manager Logan Hanssler says the satellite is the size of a paper towel roll small enough to be carried up to the International Space Station.

“They will bring it up to the International Space Station and someone on the space station will push the satellite out into space. And there's a tool called a dispenser that basically just ejects the satellite into orbit.”

The satellite has a projected launch date of summer 2026.

CubeSat in space rendering
NASA has selected a 10x10x23 centimeter "CubeSat"
designed by a team of UChicago graduates for launch in late summer 2026. The Polarization modUlated Laser Satellite Experiment (PULSE-A) aims to make space-to-ground operations more difficult to intercept and jam, while increasing the speed of communications.
Photo credit Rendering provided by PULSE-A

Their satellite “aims to make space-to-ground operations more difficult to intercept and jam, while increasing the speed of communications.”

“We are constantly sending information to space with our phones. Space has become so accessible. But there's something different about thinking how something you design and build is going to space,” Juan Ignacio Prieto, the head of the optical ground station that will receive PULSE-A’s communications, said in a released statement.

“We're shooting data through a laser and that means designing every part of the process and what goes in that laser somehow feels different than what goes in your phone.”

Hanssler says his team has plenty of work to do to make sure it's ready to fly.

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Featured Image Photo Credit: Photo provided by PULSE-A