Hunting for exoplanets is an exciting field as more and more worlds are discovered. Many of these newly discovered planets are in the "Goldilocks Zone" where conditions may be right to support life. Dr. Hannah Wakeford is on the cutting edge of this research.

At the Observatory, we often get the question “What telescope should I buy?” But once you have one, what do you do with it? Maybe it’s still in the box, perhaps you found it frustrating to use, or maybe you’re ready to hunt for more advanced targets. If that sounds like you, it’s time to go to a telescope clinic!

News of Vera Rubin's passing on December 25 this year, in Princeton, New Jersey, at the age of 88, both saddened and relieved many of us at the Museum. She had suffered from dementia for a number of years, and there was sadness in her life, the loss of her husband Robert in 2008 and then of her daughter Judith in 2014.  But there was also great joy, and she had a knack for sharing that joy with all who came in contact with her. She shared the joy of her four children, all PhD scholars in science and mathematics. She also shared the joy of collaboration, not the least of which with astronomer W. Kent Ford, the ingenious instrument designer who developed a spectrograph that was made vastly more powerful with a new optical amplifier called the Carnegie Image Tube. 

Long before your laptop computer and the computers that took us to the Moon, there was another type of computer. In the early 20th century, women who made calculations and reduced astronomical data were known as “computers.” The hours were long and the pay was minimal. Their calculations, however, laid important groundwork for future astronomers and led to some of the most important astronomical discoveries.