It is a remarkable fact that one of the two operational spacecraft that can carry humans into Earth orbit is celebrating its 50th birthday—the other is the Chinese Shenzhou craft. This week, the Russian Soyuz spacecraft turned 50 years old.
Black Friday is upon us. If you are looking for ways to avoid being mauled and crushed at your local Mall, but you want to somehow observe the day in spirit, why not explore what it takes to discover a really massive and dense object, a black hole.
This week is National Geography Awareness Week, an opportunity to reflect on the significance of place and how we affect it. One fantastic way to explore geography is from above. When viewing the Earth from a high altitude or even from space, we can begin to see and record natural and man-made features and events. We can see the remains of civilizations and the aftermath of disasters.
At their core, planetary missions are about exploration, pure and simple. It’s hard to beat the excitement of discovering a new feature on the surface of a planet that’s being imaged by spacecraft for the first time. I had this experience many times during the MESSENGER mission.
Blue Origin, Jeff Bezo’s private rocket company, passed an in-flight test of its launch escape system Wednesday—a method of detaching a crew capsule from a launch rocket. The successful test moves Blue Origin one step closer to its goal of carrying tourists into space.
How to bring crews safely back to Earth in the event something goes wrong during a launch has always been a concern. Launch escape systems have been engineered into nearly all ventures into space.
Pablo de León has been in the space business for nearly 20 years, working as a space project manager and spacesuit designer. De León will be speaking with visitors at the Museum in Washington, DC this Saturday at the Hispanic Heritage Month: Innovators in Aviation and Space Heritage Family Day as part of the Smithsonian Latino Center’s ¡Descubra! Meet the Science Expert series.
Being a member of a science team of a planetary mission is like being a starter on a major league baseball team—you’re in the game. That’s how I felt as a member of the MESSENGER mission to Mercury. During the final months of MESSENGER’s time in orbit, before the fuel on the spacecraft was expended and crashed on Mercury’s surface, a decision had to be made—keep the spacecraft in its nominal mapping orbit as long as possible or let the spacecraft altitude drift lower to get as close to the planet as possible.
At the Museum we’re fortunate to host many of the nation’s aerospace icons. This was certainly the case earlier this year when Gemini 10 and Apollo 11 astronaut Michael Collins was on hand for our 2016 John H. Glenn Lecture, Spaceflight: Then, Now, Next.
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.