Space can “glow” in types of light our eyes can’t see, including X-ray light. X-rays come from some of the most energetic places in the universe, and scientists use special telescopes to study them.
NASA has decided to stop planning a proposed X-ray space telescope idea called AXIS. This is a pause and move-on decision because the mission idea did not match the program’s requirements.
Building a space telescope is a lot like planning a huge school science project: you need a clear plan and schedule, and you have to show it can work. It’s even trickier in space, because once something is flying above Earth, you can’t easily grab extra parts or make quick fixes.
Even though AXIS won’t continue in this program, the bigger goal remains the same: scientists still want clearer X-ray views of super-hot, super-energetic space events, like areas around black holes and exploding stars. Different telescopes reveal different “colors” of the universe, and putting those views together helps us understand space more fully.
NASA has decided to stop planning a proposed X-ray space telescope idea called AXIS. This is a pause and move-on decision because the mission idea did not match the program’s requirements.
Building a space telescope is a lot like planning a huge school science project: you need a clear plan and schedule, and you have to show it can work. It’s even trickier in space, because once something is flying above Earth, you can’t easily grab extra parts or make quick fixes.
Even though AXIS won’t continue in this program, the bigger goal remains the same: scientists still want clearer X-ray views of super-hot, super-energetic space events, like areas around black holes and exploding stars. Different telescopes reveal different “colors” of the universe, and putting those views together helps us understand space more fully.