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Jeremy Rehm on Muck Rack

Jeremy Rehm

Maryland
As seen in: MSN, HuffPost, Nature, TIME, Yahoo News, Los Angeles Times, National Geographic, PBS NewsHour, Yahoo Finance, Associated Press and
Science Writer @JHUAPL | Bylines in AP, Science News, NatGeo, Live Science, Space.com, SciAm + more | Biologist | Love 🦇&🐦 | Opinions are mine 🏳️‍🌈

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Articles

Researchers engineer cold-tolerant proteins to give US an Arctic edge

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By Jeremy Rehm, Lisa Lock, Andrew Zinin Verified
| Phys.org Verified
U.S. Army paratroopers assigned to 2nd Infantry Brigade Combat Team (Airborne), 11th Airborne Division, descend during an airborne insertion concluding their part of Arctic Aloha 26 on Malemute Drop Zone at Joint Base Elmendorf-Richardson, Alaska, Nov. 14, 2025. Credit: U.S. Army/Correy Mathews As the Arctic region becomes increasingly contested, the U.S. military faces a new era of challenges in one of the world's most inhospitable environments.
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NASA's Dragonfly mission sets sights on Titan's mysteries

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By Jeremy Rehm, Lisa Lock, Andrew Zinin Verified
| Phys.org Verified
When it descends through the thick golden haze on Saturn's moon Titan, NASA's Dragonfly rotorcraft will find eerily familiar terrain. Dunes wrap around Titan's equator. Clouds drift across its skies. Rain drizzles. Rivers flow, forming canyons, lakes and seas. But not everything is as familiar as it seems. At minus 292 degrees Fahrenheit, the dune sands aren't silicate grains but organic material. The rivers, lakes and seas hold liquid methane and ethane, not water.
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Trench-like features on Uranus's moon Ariel may be windows to its interior

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By Jeremy Rehm, Johns Hopkins
| Phys.org Verified
Last year, a study led by planetary scientist Richard Cartwright at the Johns Hopkins Applied Physics Laboratory (APL) in Laurel, Maryland, proposed that deposits of carbon dioxide ice and other carbon-bearing molecules on Uranus's moon Ariel likely originated from chemical processes inside the moon—possibly even from a subsurface ocean. Now, new research may shed light on how those materials reached (or are even still reaching) the surface.
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