Science Comes Alive at NASA Goddard

NASA Goddard is at the forefront of space exploration, developing technologies for autonomous spacecraft navigation, discovering planets, and investigating the potential for life beyond Earth. They engineer missions to study the formation and evolution of galaxies and planets, build instruments for solar system exploration, and recreate planetary environments on Earth. NASA Goddard also monitors the sun's behavior and space weather to protect astronauts and technology. They use satellite data to create global environmental maps and develop advanced technologies for experiments. Communication links are maintained, and spacecraft safety is ensured. Innovation and mentorship are key, as they prepare the next generation of scientists and engineers.

What is one of the methods used by NASA Goddard to navigate spacecraft autonomously?

• Using gravitational waves

• Using millisecond pulsars as celestial beacons

• Using Earth's magnetic field

• Using solar flares

What is a key focus of NASA Goddard's study of the sun?

• To determine the sun's color spectrum

• To understand the sun's dynamic behavior and space weather

• To measure the sun's distance from Earth

• To calculate the sun's age

How does NASA Goddard use satellite data to benefit Earth?

• To create global maps of rain and snow

• To track animal migrations

• To predict volcanic eruptions

• To measure ocean salinity

What is one of the purposes of launching balloons with suspended mass at NASA Goddard?

• To study black holes and gamma ray bursts

• To measure atmospheric pressure

• To track migratory birds

• To test new parachute designs

What is a key aspect of ensuring spacecraft readiness at NASA Goddard?

• Measuring fuel efficiency

• Simulating stresses at launch

• Testing for water resistance

• Painting the spacecraft