Star Trails: A Weekly Astronomy Podcast

Single Malt Sky

"Star Trails" is a weekly podcast that invites amateur astronomers to explore the enchanting night sky. Join us as we highlight constellations, planets, moon phases, and other astronomical wonders visible in North America. Whether you're a seasoned stargazer or just starting your cosmic adventure, "Star Trails" is your guide to the captivating mysteries of the universe, all from the comfort of your own backyard.

  1. 3D AGO

    Night of the Hunter: A Deep Dive into Orion

    This week we slow down and spend the night with one of the sky’s most iconic constellations: Orion. We'll use the mighty hunter as a guide, learning how his stars can point the way to other landmarks in the winter sky, from blazing Sirius to Aldebaran and the Pleiades. Along the way, we explore Orion’s rich mythology, his role in ancient cultures, and the remarkable deep-sky objects hidden within his outline, including stellar nurseries, dark nebulae, and the vast structures shaping this region of the Milky Way. We also journey back thousands of years to ancient Egypt to examine the intriguing and controversial Orion Correlation Theory, which suggests a connection between the cosmos and the pyramids of Giza. What does the evidence really say, and why does Orion continue to draw humans into stories that link sky and stone? To round out the episode, we’ll check in on the night sky for January 11–17, including the Moon’s phase, visible planets, and observing highlights, plus a look at recent space news featuring the discovery of a mysterious “failed galaxy” known as Cloud-9. Connect with us on Bluesky @startrails.bsky.social If you're enjoying the show, consider sharing it with a friend! Want to help? Buy us a coffee! Also, check out music made for Star Trails on our Bandcamp page! Podcasting is better with RSS.com! If you're planning to start your own podcast, use our RSS.com affiliate link for a discount, and to help support Star Trails.

    26 min
  2. 12/21/2025

    Winter’s Beacons (And a Holiday Gift)

    As the year winds down, we make one last stop beneath the night sky for the week of December 21–27, marking the arrival of the winter solstice, the longest night of the year and a quiet turning point in Earth’s journey around the Sun. In this short holiday episode, we reflect on what the solstice means from an astronomical perspective, why ancient cultures saw it as a rebirth of light, and how it gifts modern stargazers with long, early nights and some of the most iconic sights in the sky. We tour the familiar winter constellations as Orion rises into prominence, with the Orion Nebula, the Pleiades, Sirius, and the steady guideposts of the northern sky all on display. This week also features some of winter’s planetary beacons, with Jupiter blazing brightly, Saturn lingering quietly in the early evening, and Mercury making a brief predawn appearance for sharp-eyed observers. The episode also includes a spoiler-free book recommendation for listeners who enjoyed November’s deeper dives into time dilation, interstellar travel, and the limits imposed by physics. Drew shares thoughts on Project Hail Mary by Andy Weir, author of The Martian. Finally, as a holiday gift to listeners, we introduce Liminal Horizon, a new music project featuring three albums of space-inspired, planetarium-style music designed for stargazing, night drives, and quiet contemplation. Connect with us on Bluesky @startrails.bsky.social If you're enjoying the show, consider sharing it with a friend! Want to help? Buy us a coffee! Also, check out music made for Star Trails on our Bandcamp page! Podcasting is better with RSS.com! If you're planning to start your own podcast, use our RSS.com affiliate link for a discount, and to help support Star Trails.

    11 min
  3. 11/30/2025

    How to Build a Time Machine

    For the season finale of Star Trails, we’re building a “time machine” the only way we know how: with physics, not plot holes. Drew takes a tour through the time-travel stories that shaped his 80s childhood—Back to the Future, Star Trek IV, The Time Machine, Bill & Ted, and even Disney’s wonderfully unhinged The Black Hole—and then sets them beside the actual rules of our universe. We’ll look at the real ways you can travel into the future using speed and gravity. Along the way we’ll ride with nuclear-pulse starships, bust the myth of the Bussard ramjet, and imagine skimming just outside the maw of Sagittarius A*, the supermassive black hole at the center of the Milky Way. We’ll talk about why time only runs forward, what it really means to “move through spacetime,” why black holes make clocks crawl, and how modern quantum ideas try, and mostly fail, to sneak backward time travel in through the side door without breaking causality. In the second half of the episode, we park the starship and focus on the actual sky. December is one of the richest observing months of the year, so while the podcast takes a short holiday break, you’ll have a clear roadmap: the final Cold Supermoon of the year, the Geminid and Ursid meteor showers, Mercury’s dawn cameo, Jupiter and Saturn in the evening, and the full cast of winter constellations. We’ll lay out a simple three-session observing plan to carry you through the month: supermoon and giants, Geminid weekend, and a quiet solstice night under the Ursids. It’s an episode about time travel that ends with the most accessible time machine we have: walking outside, looking up, and catching ancient photons from the deep past on a cold December night. Connect with us on Bluesky @startrails.bsky.social, or if you prefer listening on YouTube, visit our channel @TheStarTrailsPodcast. If you're enjoying the show, consider sharing it with a friend! Want to help? Buy us a coffee! Podcasting is better with RSS.com! If you're planning to start your own podcast, use our RSS.com affiliate link for a discount, and to help support Star Trails.

    29 min
  4. 11/09/2025

    Playing Dice with the Universe

    This week on Star Trails, we let the universe decide. We fire up a real quantum computer to generate pure randomness — the seed for a million-universe simulation of the famous Drake Equation. Each run explores how many intelligent civilizations might exist in our galaxy, from barren voids to thriving cosmic metropolises. The results are startling, the implications profound, and the method delightfully nerdy. Along the way, we revisit the roots of the Drake Equation, the strangeness of quantum mechanics, and the poetry of probability. Then we step outside to the real night sky: the waning Moon, Saturn’s thinning rings, Jupiter’s bright rise, and the Taurid fireballs streaking through November darkness. I also share how I photographed the recent Full Beaver Moon using Stellarium, PhotoPills, and The Photographer’s Ephemeris. This episode blends code, cosmology, and contemplation. Links mentioned: Sampling the Drake Equation with PythonMy Full Beaver Moon CityscapePhoto tools: Stellarium, PhotoPills, and The Photographer's EphemerisFor more episodes and resources for backyard astronomers, visit www.startrails.show. Share the wonder of the stars with friends and continue your cosmic journey with us. Also, connect with us on Bluesky @startrails.bsky.social, or YouTube @TheStarTrailsPodcast. If you're enjoying the show, consider sharing it with a friend! Want to help? Buy us a coffee! Podcasting is better with RSS.com! If you're planning to start your own podcast use our RSS.com affiliate link for a discount, and to help support Star Trails.

    26 min
  5. 11/02/2025

    A Postcard to the Cosmos: Recreating the Arecibo Signal

    This week on Star Trails, we explore the messages written across the cosmos — from faint comets in our own skies to the coded signals we’ve sent into the void. Drew shares a quick report from his local astronomy club’s fall star party, where hopes of photographing Comet A6 Lemmon met the familiar mix of excitement, haze, and grilled hamburgers under imperfect skies. Then we turn from backyard observing to deep-space communication with a hands-on look at the Arecibo Message — the radio transmission beamed from Earth in 1974 as humanity’s mathematical greeting to the stars. We’ll break down what that signal said, how it was constructed, and whether an alien civilization could ever decode its meaning. Along the way, Drew recreates the original 1,679-bit message using Python code, transforms it into sound, and decodes it again to reveal the famous stick figure, DNA helix, and planetary map. It’s a story about logic, language, and what it means to say hello to the universe — a reminder that every beam of light and burst of radio energy carries a trace of who we are. For more episodes and resources for backyard astronomers, visit www.startrails.show. Share the wonder of the stars with friends and continue your cosmic journey with us. Also, connect with us on Bluesky @startrails.bsky.social, or YouTube @TheStarTrailsPodcast. If you're enjoying the show, consider sharing it with a friend! Want to help? Buy us a coffee! Podcasting is better with RSS.com! If you're planning to start your own podcast use our RSS.com affiliate link for a discount, and to help support Star Trails.

    25 min

About

"Star Trails" is a weekly podcast that invites amateur astronomers to explore the enchanting night sky. Join us as we highlight constellations, planets, moon phases, and other astronomical wonders visible in North America. Whether you're a seasoned stargazer or just starting your cosmic adventure, "Star Trails" is your guide to the captivating mysteries of the universe, all from the comfort of your own backyard.