Haygen Warren is a science journalist who writes for Nasaspaceflight and Space Today. With a focus on space exploration and astronomy, Haygen covers a wide range of topics including exoplanets, asteroid studies, planetary missions, and discoveries within our solar system. His articles provide in-depth analysis and insights into the latest developments in space science.
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Haygen Warren's coverage primarily centers on scientific themes related to space exploration, NASA, and planet formation. With a strong focus on industry-specific announcements and expert commentary, pitches should highlight unique insights or access to experts in the field of space exploration. Given the depth of scientific content covered by Haygen, potential sources for outreach could include researchers or professionals with direct involvement in the topics mentioned such as astronomers, astrophysicists, planetary scientists among others who can provide expert analysis or commentary on recent discoveries and developments within space exploration.
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By: Haygen Warren
Mars has long been theorized to be a place where ancient microbial life once existed,…
By: Haygen Warren
Mars has long been theorized to be a place where ancient microbial life once existed, and NASA and other agencies have sent countless missions to the planet in hopes of uncovering the mystery that is life on Mars. While evidence for this microbial life is yet to have been found, a new NASA study from a group of scientists proposes that these microbes can survive beneath frozen water ice on the Martian surface.
In August, NASA’s Perseverance Mars rover began its fifth science campaign — the rover’s most ambitious yet. The campaign has seen Perseverance climb the western rim of Jezero Crater and face its steepest and most challenging terrain yet, all the while continuing to take surface samples and look for signs of ancient microbial life. Currently, Perseverance is expected to crest over the crater rim in early December.
When SpaceX launched Starship and Super Heavy for its first flight test in April 2023, the rocket became the most powerful ever flown, mostly due in part to Super Heavy’s 33 Raptor engines. As such, Starship is loud — extremely loud, and scientists and government agencies have long discussed the potential environmental impacts from a launch cadence that sees Starship launch hundreds of times in one year.
Using supercomputer simulations, a team of NASA scientists recently modeled the destruction of an asteroid around Mars to investigate the possible origins of Mars’ two, mysterious moons — Phobos and Deimos. Since their discovery in 1877 and subsequent investigations by telescopes and Martian spacecraft, scientists have pondered how the two moons came to be, and how they gained their unique, rugged shapes.
On Oct. 14, NASA’s groundbreaking Europa Clipper mission launched from Launch Complex 39A at the Kennedy Space Center in Florida atop a SpaceX Falcon Heavy rocket. Falcon Heavy’s 27 Merlin engines and single vacuum-optimized Merlin engine sent Europa Clipper on a trajectory out of the Earth-Moon system at a speed of approximately 35 km/s relative to the Sun.
The European Space Agency’s BepiColombo spacecraft recently performed its fifth flyby of Mercury on Dec. 1, becoming the first spacecraft ever to observe the planet in mid-infrared light. BepiColombo’s observations from the flyby have revealed interesting new details on the Mercury’s surface, including temperature and composition variations.
By: Haygen Warren
The European Space Agency's BepiColombo spacecraft recently performed its fifth flyby of Mercury on Dec. 1, becoming the first spacecraft ever to observe the planet in mid-infrared light. BepiColombo's observations from the flyby have revealed interesting new details on the Mercury's surface, including temperature and composition variations.
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