Atmospheric
Waves
Experiment
AWE will provide the first global characterization of atmospheric gravity waves (AGWs) that originate in Earth’s lower atmosphere and affect space weather.
What is AWE?
AWE is a space-based mission designed to provide the first-ever global characterization of small-scale AGWs at the edge of space.
Explore the Mission
How does AWE work?
AWE uses a set of four infrared telescopes to image AGWs as they penetrate Earth’s upper atmospheric boundary.
Check out the Payload
Why is AWE important?
AWE will improve our understanding of the AGWs that affect navigation, tracking, and communication systems.
Discover AWE ScienceIn the News
Honoring a Legacy
Michael John Taylor
Mike Taylor’s legacy in atmospheric physics is defined by his vision, persistence, and passion for uncovering the mysteries of atmospheric gravity waves (AGWs). He began his research by capturing images of AGWs from remote sites on every continent, inspiring colleagues and students alike with both his discoveries and his enthusiasm for the science.
After years of observing AGWs from the ground, Mike turned his focus upward and initiated the effort to study AGWs from space. As the original principal investigator of NASA’s AWE mission, he led the team to the successful launch and watched AWE’s first gravity wave images transmitted from space—milestones that reflected both his professional dedication and his influence on atmospheric physics.
Participating Organizations
