Spend Father's Day exploring STEAM—receive FREE general admission for Dads with paid child admission!

If you’re searching for fun things to do in Phoenix this Labor Day, look no further than Arizona Science Center. With four levels of permanent and traveling exhibitions, Guests of all ages never tire of exploring our 140,000 square feet of air-conditioned amazement

INVISIBLE PALETTES is a collaborative art/science project, combining a series of paintings by Penny Cagney, which were inspired by and in collaboration with Nobel Laureate Frank Wilczek, Professor Nathan Newman, the ASU SciHub team and their device, the Hylighter, which has ten programmable monochromatic lights.

Experience the thrill of a high-wire physics lesson! Suspended nearly 15 feet in the air, Evans Family SkyCycle teaches riders about the principles of counterbalance and center of gravity while taking a thrilling ride on the 90-foot cable!

Join us for live daily demonstrations and activities that inspire, educate and engage curious minds! Seating is on a first-come, first-served basis. Arizona Science Center's Dazzling Demonstrations are generously sponsored by DMB Associates.

Planet Earth is a truly fascinating place. The only known world where life has flourished. But how did it all begin? That’s what Little Eve, the young bear in Krutart Studio’s new film, is about to discover. A story kids love, and parents enjoy just as much. Eve is small, but her problems feel huge. She’s worried about the wolves who won’t leave her alone. Luckily, her mother is there. She shares three thrilling stories from the history of life on Earth—where even the smallest can outsmart the mighty. Take our very own planet. It’s not the largest like Jupiter, not the brightest like Venus, and not the most beautiful like Saturn. Yet it is the only one with life, a life that began with a tiny, determined cell. Over time, it grew into something more, starting with the first spark of existence and leading to a clever ancient squirrel that outlived the mighty dinosaurs. So what if Little Eve is stronger than she ever imagined?

Worlds Beyond Earth takes viewers on an exhilarating adventure through our cosmic neighborhood. Immersive visualizations showcase the solar system with unprecedented accuracy, including a landing on the cratered surface of our own Moon, a dramatic flight through the swirling rings of Saturn, and soaring encounters with distant worlds of active volcanoes and buried oceans. Featuring breathtaking visuals and cutting-edge science, Worlds Beyond Earth is a dazzling celebration of the Age of Exploration and the unique conditions that make life on Earth possible. Worlds Beyond Earth was created by the American Museum of Natural History, the Frederick Phineas and Sandra Priest Rose Center for Earth and Space, and the Hayden Planetarium.

Step into a new era of sky-watching in the Dorrance DOME as the NSF–DOE Vera C. Rubin Observatory unveils its first images and discoveries—from sweeping nebula mosaics and galaxy swarms to thousands of newly found asteroids captured in just hours. Join us on this live, presenter-led journey as we decode how Rubin’s 3,200-megapixel camera will create the highest resolution timelapse of the Universe ever produced, transforming how we find supernovae, near-Earth asteroids, and clues about the very fabric of existence. (25 minutes)

The scene was 74,000 years ago, on the island of Sumatra. A volcanic eruption triggered the sudden and violent collapse of a vast regional plateau. Toba, as the volcano is known today, was the largest volcanic eruption in the last 25 million years. But Earth has seen far larger. 250 million years ago, an eruption in what's now Siberia lasted a million years and was probably responsible for the greatest episode of mass extinction in Earth's history. The award-winning Supervolcanoes looks back at rare classes of eruptions that have marshaled the energy that lurks, like a sleeping dragon, beneath the surface of planet Earth. The program moves beyond Earth to explore the impact of giant volcanic eruptions around our solar system. Audiences will fly down to Neptune's frigid moon Triton, and onto the ultimate volcanic world: Jupiter's moon Io. On a visit to a legendary North American hot spot, Yellowstone National Park, the film asks: Can a supervolcano erupt in our time? Narrated by Benedict Cumberbatch.

Voyage beyond the planet and experience our home through the eyes of Astronauts. Orbital is an epic animated journey from the Big Bang to the flourishing of life on Earth, to low Earth orbit. A new film by Guy Reid and Planetary Collective, Orbital transports you through an abstract landscape of light, inspired by bioluminescent earthly beings and atmospheric aurorae. Guided by the astronauts of Constellation Coalition who have looked back and experienced the awe of our place in the universe, you will feel your own “Overview Effect” as you meditate on our planet in Shared Reality.

Oceans: Our Blue Planet takes us on a global odyssey to discover the largest and least explored habitat on earth. New ocean science and technology has allowed us to go further into the unknown than we ever thought possible. From the coastal shallows to deeper, more mysterious worlds, we reveal the untold stories of the oceans’ most astonishing creatures. Dolphins leap for joy through the waves, as we begin our journey into the blue. Our first stop is the coral reefs, where we meet fascinating characters like the ingenious tusk fish that uses a tool to open its food. In the great forests of the sea, we find a cunning octopus who shields herself in an armoury of shells to hide from predators. As we journey through our oceans, we share these extraordinary discoveries and uncover a spectacular world of life beneath the waves.

Ancient Caves brings science and adventure together as it follows paleoclimatologist Dr. Gina Moseley on a mission to unlock the secrets of the Earth’s climate in the most unlikely of places: caves. Until recently, scientists had no reliable way to accurately study the climate of Earth’s distant past. Moseley and her team of cave explorers travel the world exploring vast underground worlds in search of stalagmite samples - geologic “fingerprints” - that reveal clues about the planet’s climate history. Their quest leads them to some of the world’s most remote caves, both above and below the water, in France, Iceland, the Bahamas, the U.S. and Mexico’s Yucatan Peninsula, where they study how rapidly Earth’s climate can change, and how it has affected human civilization. Together, they go where very few humans will ever go, revealing the incredible lengths scientists will go to study the unknown.