Blog

Learn practical, classroom-friendly ways students can understand Moon phases through observation, models, and astronomy tools.

Learn how Mars rovers move, navigate, and survive harsh terrain using cameras, autonomous software, and carefully planned power systems.

Learn what a lunar crater is, how craters form, and why they are key evidence in lunar geology and solar system history.

Learn how lunar missions leave the Moon, navigate home, and safely reenter Earth’s atmosphere using proven spacecraft systems.

Learn how scientists explore Mars using orbiters, landers, rovers, spectroscopy, and sample analysis to uncover the planet’s history and habitability.

Learn why the Moon is drifting away from Earth, how fast it is moving, and what this means for tides, Earth’s rotation, and the distant future.

A clear look at how scientists search for life on Mars, from rover instruments and biosignatures to sample return and contamination control.

Explore how the Moon’s gravity, Earth’s rotation, and the Sun combine to create tides—and why coastal waters rise and fall twice a day.

Explore how Mars rovers collect, process, and analyze samples using drills, scoops, caches, and onboard labs.

Learn what a Harvest Moon is, when it occurs, and why its glow and timing have mattered to farmers and skywatchers for centuries.