# 388E-425-Greg's Comet

Page: https://stenobird.com/podcast/travelers-in-the-night-1048610/388e-425-greg-s-comet
Text version: https://stenobird.com/podcast/travelers-in-the-night-1048610/388e-425-greg-s-comet.md
Podcast: [Travelers In The Night](https://stenobird.com/podcast/travelers-in-the-night-1048610)
Published: 2026-05-12T16:00:02+00:00
Episode link: https://www.spreaker.com/episode/388e-425-greg-s-comet--70819455
Audio file: https://api.spreaker.com/download/episode/70819455/425_greg_s_comet.mp3
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JSON: https://stenobird.com/v1/public/podcasts/travelers-in-the-night-1048610/episodes/388e-425-greg-s-comet
Duration seconds: 121

## Resource

My Catalina Sky Survey teammate Greg Leonard was searching for Earth approaching objects with our 60 inch telescope on Mt. Lemmon, Arizona when he discovered an interesting new comet moving through the constellation of Leo. After Greg posted his discovery observations on the Minor Planet Center's Near Earth Confirmation Page it was observed over the next 3 weeks by 10 different observatories around the world. These data were used to calculate the details of the new object's 51 year path around the Sun and give it the name Comet C/2017 W2 (Leonard) . Greg's newly discovered comet's orbital plane is almost at a right angle to paths of the planets and most of the asteroids so that it spends most of it's time in the lonely space high above or far below the rest of the members of our solar system. Riding with Comet C/2017 W2 (Leonard) would bring a space traveler into the inner solar system about once per human lifetime. Greg's comet receives only mild solar heating since at it's closest it is about 3 times further from the Sun than we are making it unlikely to ever be bright for human observers. At it's furthest from the Sun, Comet Leonard is in a very cold region, receives less than 1% solar energy than we do, and and likely to have a surface temperature of about -300 degrees Fahrenheit. Greg's comet is likely to remain as it is for eons since it spends so much of it's time far from the Sun and the gravitational tugs of most of the rest of the members of our solar system. © 2026. A. D. Grauer

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## Transcript

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