NASA Science

NASA Science seeks to discover the secrets of the universe, search for life elsewhere, and protect and improve life on Earth and in space.

europa launched Oct. 14

Latest Mission Updates

europa clipper

Mission Overview
A white rocket with Europa Clipper on top in its protective fairing lifts off the launch bad with a trail of fire and white, billowy smoke below.

Featured Missions

Our mission milestones showcase the breadth and depth of NASA science.

Artist's rendering of NASA's Europa Clipper

Europa Clipper

Launched on Oct. 14, 2024, Europa Clipper’s main science goal is to determine whether there are places below the surface of Jupiter’s icy moon, Europa, that could support life.

Boxy, SmallSat in orbit over the Moon

Lunar Trailblazer

Launching in 2024, the goal of Lunar Trailblazer is to understand the form, abundance, and distribution of water on the Moon, and the lunar water cycle.

Artist Rendering of NISAR

NISAR

Launching in 2024, NISAR will systematically map Earth and study changes to ice sheets, glaciers, and sea ice in fine detail, as climate change warms the air and ocean.

Featured Story

Night Lights: Aurora, Noctilucent Clouds, and the Zodiacal Light

Have you spotted any “night lights”? These phenomena brighten dark skies with celestial light ranging from mild to dazzling: the…

Read the Story
A woman with outstretched hands is silhouetted against a sky glowing with colorful auroras.

Galaxy of Horrors

Take a tour of some of the most terrifying and mind-blowing destinations in our galaxy … and beyond. After a visit to these nightmare worlds, you may never want to leave Earth again!

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A scarlet star looms behind the ruins of an exoplanet that resembles the shape of a skull. A red galaxy arm is visible in the background. It is apparent that this galaxy, named MACS 2129-1, has been decaying since it stopped producing stars only a few billion years after the big bang.

NASA Science is Delivering

NASA Science is delivering: every second of every day, of every week, of every year. 2024 is proving to be yet another year of exceptional scientific discovery and achievement. From soft landing back on the Moon a few months ago, to celebrating the Heliophysics Big Year and a Total Solar Eclipse in the contiguous United States, to receiving stunning imagery from James Webb, NASA Science is as busy as ever. Recently launched earth science missions are also providing us unprecedented views of our planet and incredible insight into the health of our oceans and atmosphere, and helping decision-makers improve lives on Earth and safeguard our future. And we are charting a new, sustainable path for Mars Sample Return.
 
Looking ahead, we have many exciting launches on the horizon. At NASA, we are fortunate that our science and exploration endeavors are inextricably linked and help us discover and innovate for the benefit of humanity. Together, we explore to advance scientific understanding. Ultimately, exploration enables science, and science enables exploration.
 
The NASA Science team is continuing to deliver for the benefit of all.

Read Nicky Notes
Dr. Nicky fox casually chats with undergraduate students over coffee in a laboratory at the University of Delaware. Students take notes in front of a whiteboard while seated around Dr. Fox.
Dr. Nicola (Nicky) Fox, the Associate Administrator (AA) for the Science Mission Directorate (SMD) for NASA, visited the University of Delaware to discuss the scientific missions being undertaken by the SMD and to visit with various groups on campus. Pictured: Dr. Fox visiting with Associate Professor of Physics & Astronomy Ben Maruca and students in the Delaware Space Observation Center (DSpOC).

Lunar Discovery and Exploration

NASA scientists are focused on studying Earth’s Moon, which holds keys that will unlock a deeper understanding of our planet, solar system, and the origins of life.

Learn more about Lunar Discovery and Exploration

What's out there?

A rendered image of the Moon in color. Shades of blue, green, and yellow highlight topographical features, whereas blue represents gravitational anomalies.

We’re studying geological processes that have been occurring on the Moon since its inception.

A scientist in a safety suit kneels on a bed of simulation regolith and takes measurements from the soil using an instrument that pierces the surface.

We have much to learn about the elements and chemicals that make up our Moon.

A rendering of the Moon in the foreground, with a larger Earth behind it.

The impact history of the Earth-Moon system provides a historical record of our entire solar system.

The Apollo 14 Lunar Module on the surface of the Moon. A small American flag and small antenna are planted a few feet away. In the background, the Sun creates a bright flare.

We can learn about the Sun by studying its effects on the Moon.

Plants growing in small test tubes under growing lights. They are growing in lunar regolith.

We’re studying the extreme lunar environment to determine its effects on biological systems.

A color map of the Moon. The varying colors represent gravitational pull in each area. The map is a mixture of yellows, greens, blues, and reds.

The unique gravity properties of the Moon will inform efforts to study and inhabit its environment.

View of Moon limb with Earth on the horizon,Mare Smythii Region. Earth rise. This image was taken before separation of the LM and the Command Module during Apollo 11 Mission.

The Moon provides scientists with a platform for studying the entire solar system.