Evan Gough is a freelance science journalist who writes for Universe Today, ScienceAlert, Phys.org, and has been featured in Knowledia and Inverse. With a focus on astronomy and planetary science, Evan covers topics ranging from exoplanets and planetary formation to astrophysics and astrobiology. His articles provide in-depth analysis and exploration of the latest discoveries and research in the field.
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Evan Gough's articles predominantly focus on scientific themes, particularly astronomy and space exploration. His coverage heavily relies on data citations and delves into industry-specific details related to astronomical discoveries.
Given the technical nature of Evan's coverage, he is likely to be most receptive to pitches from experts with in-depth knowledge in fields such as astronomy, exoplanets, space exploration, astrobiology or related scientific disciplines. These sources should be able to provide detailed analysis or insights backed by credible data.
Evan does not have a specific geographic focus but covers international astronomical developments without limitations. Therefore, relevant stories and expert commentary from any location could interest him if they align with his scientific theme preferences.
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Untangling what happened in our Solar System tens or hundreds of millions of years ago is challenging. Millions of objects of wildly different masses interacted for billions of years, seeking natural stability. But its history—including the migration of the giant planets—explains what we see today in our Solar System and maybe in other, distant solar systems.
Planetary nebula are some of nature’s most stunning visual displays. The name is confusing since they’re the remains of stars, not planets. But that doesn’t detract from their status as objects of captivating beauty and intense scientific study.
The Moon's unique environment makes it a desirable place to build the LGWA, the Lunar Gravitational Wave Array.
Scientists detected the first long-predicted gravitational wave in 2015, and since then, researchers have been hungering for better detectors. But the Earth is warm and seismically noisy, and that will always limit the effectiveness of Earth-based detectors.
By: Evan Gough
Is there anything the JWST can't do? The space telescope used its interferometry mode to find planets and other features around a young star.
Researchers found another large, complex molecule in space called 2-methoxyethanol. It's not a building block, it's still interesting.
When the first stars in the Universe formed, the only material available was primordial hydrogen and helium from the Big Bang. Astronomers call these original stars Population Three stars, and they were extremely massive, luminous, and hot stars. They’re gone now, and in fact, their existence is hypothetical.
By: Evan Gough
If binary stars form from the same cloud of material, why do they have different metallicities? Astronomers may have figured it out.
Few things in life are certain. But it seems highly probable that people will explore the lunar surface over the next decade or so, staying there for weeks, perhaps months, at a time. That fact bumps up against something we are certain about. When human beings spend time in low-gravity environments, it takes a toll on their bodies.
The JWST has mapped a distant exoplanet's weather. It's a blistering hot world where 5000 mph winds whip around the planet constantly.
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