Imagine describing what something looks like when you've only seen it from the inside. That's the task astronomers tackle when describing the shape and characteristics of the Milky Way. Using a combination of physics and mathematics,...

In 2006, scientists launched a mission to explore Pluto and beyond. In 2015, after a challenge just days before approaching Pluto, New Horizons completed its first objective. The mission continues, and detailed reports are set to begin...

Explore the rings of Saturn! Space scholars discover the immense Saturn system through an interactive lesson. The activity, part of PBS's Space series for grades six through eight, features images captured by the Cassini spacecraft of...

Do other planets experience night, day, and the seasons like humans do here on Earth? Examine planetary motion using real images of the planets through a simulation from PBS's Space lesson series. After observing the motion of each...

Scientists use transit photometry, or the transit method, to search for exoplanets. A series of three videos demonstrating the transit method allows viewers to observe a planet transiting a star from two different perspectives to...

Earth's strangest creatures may be the key to finding life on other planets! Introduce biology scholars to the extreme world of extremophiles with a video from a large science playlist. From the depths of the ocean to the heart of the...

Was Earth born as a Blue Planet? Discover where water came from with a video from an intriguing science playlist. The resource covers the three most likely origins of water, how scientists differentiate between comet and asteroid water,...

Prepare to be amazed! Look deep into the darkest part of the night sky, courtesy of a video from a vast physics playlist. Young astronomers see hundreds of galaxies through the eye of the Hubble Telescope. 

Imagine living in a neighborhood where the houses on your street keep moving farther away until your house is the only one in the reachable vicinity. That's what is happening in our universe, except your house is our galaxy, and the...

Can we journey to outer space to learn more about inner Earth? Discover the method to NASA's madness with an enlightening short video. The narrator explains the composition of the asteroid the resource is studying, what scientists hope...

View actual images of Pluto just as sophisticated cameras take them. The video instructor of a larger physics playlist follows a probe to take a trip to Pluto. Images show specific characteristics of the dwarf planet. 

Can we believe what we see in the movies? An installment of a physics video series explores the depiction of space in movies. Scholars learn about characteristics of planets by analyzing these videos.

Even lands and planets far, far away feel the impact of humans! A video explains how space exploration leads to space litter. The lesson considers different events over time that led to space debris dangerous to satellites and even...

Jupiter could make one mean smoothie! Discover how the massive planet helped shape the rest of our solar system through a Why with Nye! video from THNKR. The resource discusses Jupiter as the first planet in the solar system to form, how...

How do you protect a probe from massive levels of radiation? Explore the possibilities with Bill Nye in a surprising video from the THNKR Why with Bill Nye! playlist. Learners discover the extreme levels of magnetism created by Jupiter's...

Can we use the stars to navigate if we're actually among them? Space-age scholars explore the precise planning that goes into long-distance exploratory missions using a video from THNKR's Why with Bill Nye! playlist. Bill Nye explains...

How is it possible for a storm to rage nonstop for three centuries? Bill Nye explains the phenomenon of Jupiter's Great Red Spot during an engaging video. Other topics include the storm's apparent lack of movement, how researchers...

How do scientists figure out what's inside something without cutting it in half? Space scholars search for answers with a short video from the THNKR Why with Bill Nye! playlist. Bill Nye discusses how the orbital path of the Juno space...

How do we learn more about the planets in our solar system? Bill Nye discusses the Juno space probe during an interesting video as part of the THNKR Why with Nye! playlist. Topics include how scientists launched the probe, how NASA used...

How can researchers measure the amount of water on Jupiter? Through a thought-provoking THNKR "Why with Nye!" video, young space scientists search for the universal solvent on a distant planet. Topics include how scientists use visible...

It keeps going, and going, and going ... how does the Juno space probe have enough power to travel to Jupiter? Junior astronauts use a THNKR "Why with Nye!" video to discover solar-powered science with the one and only Bill Nye. Topics...

Jupiter and the sun are more alike than you might think. Examine the elements that make up these two heavenly bodies as part of the Fuse THNKR "Why with Nye!" playlist. Bill Nye explains the composition of the sun and Jupiter, then...

In 1895, Konstantin Tiolkovsky proposed the concept of a space elevator. It's now over 100 years later and scientists working toward the concept still aren't sure it is possible. The video explains the concept, the benefit, and the many...

Turn to the dark side ... of the moon, that is! Young space explorers learn why the dark side of the moon is never visible here on Earth in an animated video. The resource shows how the moon formed, its dizzying early orbiting pattern,...