Bruce McCandless II (1937-2017) is immortalized in this iconic photograph of an astronaut flying solo high above Earth. He was the first human being to do a spacewalk without a safety tether linked to a spacecraft.
The Cassini spacecraft has spent almost 13 years exploring the beautiful giant planet Saturn and its amazingly diverse moons. Cassini’s mission will end in September when it plunges into Saturn’s atmosphere, but it will leave behind a wealth of knowledge and wonder.
Dr. Tom Barclay is a senior research scientist at NASA Ames Research Center. He spends his days studying stars and planets and how they formed. But before he became a scientist, he had all kinds of jobs from cleaning toilets to washing pots. He’s got some great advice about finding your own path.
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.
A human mission to Mars will take anywhere from two and a half to three years. That is NASA’s best estimate, with each leg of the trip taking six months and including an 18 to 20 month stay on the Red Planet. That does not sound like an extremely long-term prospect until one considers the fact that the world record for the longest single stay in Earth orbit belongs to Soviet cosmonaut and physician Valeri Poliakov at 437 days and 18 hours aboard the Mir space station in 1994-1995. That is less than half the time it would take to complete a mission to Mars.
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!
It's 5 o'clock somewhere on Mars!
No human has ever set foot on Mars, but scientists have been working there for years. A day on the red planet is about 40 minutes longer than here on Earth, which wreaks havoc on your workweek.
The balloon was a product of the scientific revolution of the 17th and 18th centuries. Early modern experimenters like the Englishman Robert Boyle, studied the physics of the atmosphere. By the 18th century the focus shifted to the discovery of the constituent gases that make up the atmosphere. Early plans for flying machines inspired by the new discoveries were impractical, but quickly gave way to the first real balloons.
As 2016 draws to a close, we take a look back at the highs and lows of the year. It was a busy year for the Museum with the opening of new exhibitions and celebrating our 40th anniversary. Most importantly, we were glad we could share the year with you, our fellow aerospace enthusiasts. Did you have a favorite moment from 2016? Let us know @airandspace.
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.