Greetings fellow astrophiles!
For those too thin-skinned to brave a night of observing during one of Bob Piekiel’s wintertime Baltimore Woods sessions (that may include me as well if it gets as bad as last year), I am pleased to report that there will be at least one golden opportunity for you to don your astronomy thinking cap this coming January, courtesy of the Liverpool Public Library (LPL).
The LPL is running a lecture series featuring a four-session course from The Open University and futurelearn.com entitled In The Night Sky: Orion. I leave you to the course description below from the futurelearn.com website to learn more about the course.
As for the logistics, there are (reportedly) 13 openings still available for the LPL session that will include session one on January 6th and session four on January 27th (with sessions two and three left to you at your favorite internet connection). If interested, you can sign up for the free course at ny.evanced.info/liverpool/lib/eventsignup.asp?ID=11963. I’ll post updates as I have them, else hope to see some familiar faces (or hear some familiar voices) at the first session!
NOTE: The registration is Liverpool-centric. That is, people living in Liverpool have priority in registering (so if they hit their max with Liverpool locals, you (assuming you’re not a Liverpool resident) might not get into the LPL-hosted sessions. But you can still register for the course!).
In The Night Sky: Orion
Explore the night sky, discover how stars formed and find out about exoplanets, all through the constellation of Orion.
About The Course
From the basics of astronomy and stargazing, to the science behind the birth of a star, this four week course will change the way you see the night sky. You’ll examine one of the most famous constellations, Orion, who the Ancient Greeks believed was a huntsman placed among the stars by Zeus himself.
Starting with its famous nebula where new stars and planets are being formed, you’ll take a look at the seven brightest stars that make up this constellation, including the supergiants Rigel and Betelgeuse, using high-quality images from telescopes such as the Hubble Space Telescope.
You will also investigate the Pleiades, often known as the Seven Sisters, a star cluster bright enough to be seen around the world with the naked eye. You’ll observe with your own eyes and share your observations with other learners.
You’ll find out about exoplanets, planets that orbit other stars just as we orbit the Sun and may hold the secrets to life outside of the solar system. Finally you’ll think about the Milky Way, the galaxy of which our solar system is but one small part, and consider the history of the universe from the Big Bang to the present.
Event Type: Adult Programs
Date: 1/6/2015, 1/27/2015
Start Time: 6:30 PM
End Time: 8:30 PM
Researcher Monica Grady (namesake of Asteroid 4731 Monicagrady) will present the universe through the lens of one of the most famous constellations. Take a look at the seven brightest stars in Orion, including the supergiants Rigel and Betelgeuse, using high-quality images from outer space telescopes. Also observe the Pleiades, and learn about far-away exoplanets. Finally, think about the Milky Way, and consider the history of the universe.
We will meet at the library twice, on the first and last Tuesdays of the course, to share insights and questions about the stars. Damian G. Allis, a professor at Syracuse University and NASA Solar System Ambassador, will lecture and take questions at both meetings.
Go to https://www.futurelearn.com/courses/orion for the course description and to sign up for the online class. The course runs online for four weeks (January 5-30). You may enroll for free.
For Teens ages 15 and up and adults. No prior experience is required. You don’t need a telescope, but a pair of binoculars will be useful.
Location: Sargent Meeting Room
Presenter: Laurel Sharp
Status: Openings (13)
And, as you register at futurelearn.com, do remember to also register with LPL for the event at ny.evanced.info/liverpool/lib/eventsignup.asp?ID=11963.