John Wenz is a freelance science writer and former associate editor at Astronomy. He specializes in topics related to astronomy, biology, physics, and earth sciences, with a particular focus on space travel and the natural sciences. John has been featured in a variety of publications, including Polygon, Inverse, and Scientific American.
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John Wenz's articles primarily focus on scientific discoveries, particularly in space exploration and astronomy. His coverage heavily relies on data citations and government announcements, indicating a preference for factually supported information.
To effectively engage with John, consider offering pitches that align with his interest in new scientific discoveries and technological advancements related to space exploration, astronomy, and general science. Sources providing detailed insights into recent research findings or those involved in groundbreaking studies are likely to capture his attention.
As there is no specified geographic focus for John Wenz's coverage, he appears open to global scientific developments within the themes he covers.
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New models using Voyager 2 data show that separate layers in the planets' mantles could be creating disordered magnetic fields.
Our sister planet is thought to have once been a habitable world, but a new study could change that narrative and alter the search for life in the galaxy.
Heavy hydrogen could be important in long-range detections of civilizations, says a pioneering astronomical study.
A new study reveals a possible solid mantle inside the volcanic body of Io, thanks to NASA's Juno spacecraft's close flybys of the moon.
Planets with suns like Wolf 359 are subject to huge blasts of radiation that raise questions about their long-term habitability.
By: John Wenz
The potentially hazardous asteroid Bennu probably won't hit Earth. But this study shows the damage a space rock of its size could do.
A recent study of data from multiple missions shows the Red Planet may get its name from an iron mineral that formed when Mars was wet, not dry.
Astronomers have identified the source of strange radio flashes: a binary system containing a white dwarf, the remnant of a Sun-like star.
By: John Wenz
JADES-GS-z13-1-LA is a young galaxy shining just 330 million years after the Big Bang, signaling it's part of a process called reionization.
The rotating disk galaxy, mostly made up of dark matter, was discovered within a larger cloud of fast-moving hydrogen gas.
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