Phil Plait is a blogger and science writer known for his work in astronomy and space exploration. He writes for Scientific American and his articles have also been featured in SYFY, Inverse, and New Scientist. Phil's writing covers a range of topics, including telescope buying guides, celestial events, and fascinating discoveries in the field of astronomy.
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Phil Plait's articles primarily focus on astronomy, space, stargazing, and telescopes. His coverage often includes cited data and how-to guides. When reaching out to Phil, consider offering expert insights or new research findings related to astronomy or space exploration. Additionally, providing practical "how-to" guides for amateur astronomers could be valuable contributions to his work.
Given the nature of his coverage themes and topics covered, pitches should align with scientific accuracy and offer tangible value through information that enriches readers' understanding of astronomical phenomena or enhances their stargazing experiences.
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Surging solar activity means enormous sunspots are in the space-weather forecast. Here's how to view them safely
Andromeda and the Milky Way may collide, or they may safely swing past each other. Time will tell
Andromeda and the Milky Way may collide, or they may safely swing past each other. Time will tell
Even Earth's mightiest telescopes aren't up to the task of imaging Apollo lunar landing sites. A lack of resolution is the biggest reason why
By: Phil Plait
Wispy whorls on the moon's surface are as lovely as they are strange. Scientists are starting to unravel their origins
Supermoons are popular in the media, but are they really so different from how our extraordinary moon ordinarily appears?
Supermoons are popular in the media, but are they really so different from how our extraordinary moon ordinarily appears?
Scientists are putting a new spin on the creation of binary asteroids You might think of asteroids as just rocks of various sizes floating around in space.
Comet C/2023 A3 (Tsuchinshan-ATLAS) could soon shine very bright in Earth’s skies
The night sky isn't perfectly dark—instead it glows faintly, and the source isn't exactly local
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