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Embark on an unforgettable journey of discovery with immersive STEM experiences, astronaut-inspired training, and hands-on space exploration designed to ignite curiosity and inspire future innovators.

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Every planet has a story to tell. By studying rocks, mountains, valleys, volcanoes, and craters, scientists can learn how planets formed, changed over time, and whether they may have once supported the conditions needed for life. The study of a planet’s surface and structure is called planetary geology.

Looking from Afar

Powerful telescopes and satellites allow scientists to observe planets from millions of miles away. They capture detailed images and collect information about a planet’s surface, atmosphere, and landscape before any spacecraft even arrives.

Exploring with Rovers and Landers

Robotic rovers and landers are like remote geologists. They travel across planetary surfaces, take photographs, analyze rocks and soil, measure temperatures, and perform scientific experiments. Their discoveries help scientists better understand the history and composition of other worlds.

Studying Spacecraft Data

Orbiting spacecraft use cameras, radar, and other scientific instruments to create detailed maps of planets and moons. These maps reveal mountains, canyons, volcanoes, impact craters, and other geological features that help researchers understand how a planet has changed over billions of years.

Comparing Planets

Scientists compare the geology of different planets and moons to identify similarities and differences. By studying Earth’s volcanoes, deserts, glaciers, and impact craters, they gain valuable clues that help explain similar features found elsewhere in our solar system.

Learning from Space Rocks

Meteorites that land on Earth can provide important information about other planets and asteroids. By analyzing their minerals and chemical composition, scientists learn more about the materials that make up our solar system.

Every Discovery Brings Us Closer

Thanks to advanced technology and ongoing space missions, we continue to uncover the geological history of distant worlds. Each new image, rock sample, and scientific measurement helps us better understand our neighboring planets and the incredible processes that shaped them.