Innovation Now

World War I formally ended at the 11th hour of the 11th day of the 11th month of 1918.

Fuel cell technology has advanced since the Apollo era.

Through job creation, scientific progress, and tax revenues, NASA is driving economic growth on Earth, in the skies, and in the stars.

October 30, 2000, marked the last day that there were no humans in space.

NASA needs your help to search for the birthplaces of planets.

Just like any American away from home, astronauts may request an absentee ballot so they can vote on Election Day.

A team of researchers are hoping fungi and asteroids will help solve future astronauts’ agricultural dilemma.

Sometimes spooky, sometimes silly, but always creative, the crew members on the International Space Station design costumes for Halloween.

NASA missions are giving astronomers eyes on the universe, helping them learn about the eerie characteristics of worlds beyond our own.

In 1962, John Glenn made history as the first American to orbit Earth.

Liftoff! Europa Clipper is on its way to explore Europa, Jupiter’s ocean world.

Presented in the style of vintage horror movie advertisements, NASA produced a series of fun and creative exoplanet posters, perfect for Halloween.

With input from Lewis Research Center, now NASA Glenn, the Impax line of force measurement products was born.

Once the Psyche mission arrives at its destination, the scientific payload will begin gathering key measurements of the asteroid.

Predicting exactly where, when, and how the dancing lights of the auroras will occur on Earth is challenging.

Each year for a decade, the Cassini team produced a tongue-in-cheek caricature of “spooky Saturn.”

Bats use proteins to offensively fight disease, keeping these creatures of the night healthy.

NASA uses images from amateur astrophotographers to help provide context for new JunoCam images.

Maps of Mars are divided into quadrants. Each quadrant is themed after a site of geological significance on Earth and names are selected for the Martian sites.

Space-based observations of global land cover and seasonal variability in growth over time can be used to predict crop yields.