Ask a NASA astronomer! What’s it like to work at NASA?
With over 100 active science missions, from the Hubble Space Telescope to studying ice shifts on Earth, working at NASA can be a dream come true for any astronomer or astrophysicist.
MICHELLE THALLER: Hey Eleya, thank you for asking me about my day. What do I do at NASA. One of the things that I love about being a scientist is that I don’t really have a typical day; I do lots of different things.
So for example, one of my duties at NASA is thinking about the communications, thinking about all of our websites and our Twitter accounts and our Instagram feeds all of the ways that we get our information out to the public.
Right now at NASA we have over 100 active science missions, everything from rovers on Mars to the Hubble Space Telescope, to missions to Jupiter, to earth science missions that are tracking, for example, how the ice is melting in Greenland. And every single one of those 100 missions is putting out wonderful information and making discoveries. And I want people to know about them. I want people to meet the scientists that are doing this wonderful work.
So I actually try to manage all of the different information that’s coming in from all these missions find a good way to get it out to the public. And then I track and see how many people are liking us on Facebook, and “Was that press release particularly successful?”
So I’m a scientist that has specialized in communications. Sometimes I go on trips, I’ll be doing talks, for example, at a conference somewhere in Europe. I actually love coming to the United Kingdom.
Sometimes rarely for me, but I still do some scientific research, so I’ve been to telescopes all over the world.
When I was getting my doctorate I mainly used telescopes that were in Australia and South America and also in Arizona at Kitt Peak, and I used things like the Hubble Space Telescope. So sometimes you’re actually traveling somewhere to make your own discoveries and then going back to your office with your data and working on all of the different measurements you took and trying to make discoveries out of that.
It’s also very important for scientist to share their discoveries. If you make a wonderful discovery at a telescope but nobody ever hears about it, then that was basically a waste of time and money for you to do that. So we write about our discoveries in scientific journals, other scientists read them, and then we can collaborate and science moves forward, because we always work together as a group. And nothing in science happens individually, you’re always working with people.
So you’re going to meetings, you’re talking about strategy: “How are we going to fund a new spacecraft?” We’ve just been on a wonderful observing campaign where we observed a new kind of star, “What happens next? Who is going to make follow up discoveries?”
One of the things I love about being a scientist is working with really passionate, wonderful, friendly people and planning how we’re going to continue the science that we started.
So I love not having a typical day. My husband, for example, is an engineer and he actually builds and tests spacecraft.
So normally in his day he’s wearing something called a clean suit and that is a white plastic suit that covers all of you, your hair, your face and everything, so that as you work on spacecraft the spacecraft keep entirely clean. And he always texts me on his iPhone a little bunny symbol when he’s putting on his bunny suit. We call that a bunny suit, your clean suit. So he’s always building and testing spacecraft.
I do you have friends who are astronauts, and the astronauts will spend their day often training for a mission. And this is wonderful to watch. I’ve had a chance to watch some of this.
One of the best ways you can train for working in zero gravity—actually floating around in space—is you train in water because water allows astronauts to float as if they were weightless. And so in Houston we have an entire full-sized mock up of the space station in a giant pool of water. And the astronauts go down in spacesuits to practice how they’re going to fix the space station or how they’re going to install a new instrument on the outside.
And so you can actually watch them going underwater with a team of divers to help them and make sure that they’re safe and practicing what they’re going to do in space.
So there's a wonderful range of things to do. I mean I joke and it really is true that I bet 80 percent of my job is the same as practically any other job. There are meetings, there are budgets, there are weekly reports to do, there's answering email, there's all kinds of stuff that isn’t very dramatic.
But what has never escaped me, as far as being a scientist, is that sometimes it’s absolutely brilliant. You walk into a room and there are scientists talking about the latest discovery and it blows your mind. Or you watch astronauts training for their mission or you get a chance to go to a telescope all by yourself and make a discovery nobody else has ever made.
So maybe my job is 80 percent mundane, the same as everybody else, but there’s 20 percent of creativity and brilliance and working with the best people I know. And that’s the real reason I love being a scientist.
With over 100 active science missions, from the Hubble Space Telescope to studying ice shifts on Earth, working at NASA can be a dream come true for any astronomer or astrophysicist. Assistant director for Science Communication at NASA's Goddard Space Flight Center, Michelle Thaller explains what it's like to work at the world's most famous space and aeronautics organization.
Swipe right to make the connections that could change your career.
Swipe right. Match. Meet over coffee or set up a call.
No, we aren't talking about Tinder. Introducing Shapr, a free app that helps people with synergistic professional goals and skill sets easily meet and collaborate.
Research by neuroscientists at MIT's Picower Institute for Learning and Memory helps explain how the brain regulates arousal.
The big day has come: You are taking your road test to get your driver's license. As you start your mom's car with a stern-faced evaluator in the passenger seat, you know you'll need to be alert but not so excited that you make mistakes. Even if you are simultaneously sleep-deprived and full of nervous energy, you need your brain to moderate your level of arousal so that you do your best.
A disturbing interview given by a KGB defector in 1984 describes America of today and outlines four stages of mass brainwashing used by the KGB.
- Bezmenov described this process as "a great brainwashing" which has four basic stages.
- The first stage is called "demoralization" which takes from 15 to 20 years to achieve.
- According to the former KGB agent, that is the minimum number of years it takes to re-educate one generation of students that is normally exposed to the ideology of its country.
When these companies compete, in the current system, the people lose.
- When a company reaches the top of the ladder, they typically kick it away so that others cannot climb up on it. The aim? So that another company can't compete.
- When this happens in the pharmaceutical world, certain companies stay at the top of the ladder, through broadly-protected patents, at the cost of everyday people benefitting from increased competition.
- Since companies have worked out how to legally game the system, Amin argues we need to get rid of this "one size fits all" system, which treats product innovation — "tweaks" — the same as product invention.
SMARTER FASTER trademarks owned by The Big Think, Inc. All rights reserved.