Looking for a sun-sational multi-lesson plan full of videos, simulations, and discussion? Introduce your young scientists to all things solar with a four-part hands-on adventure. Pupils learn the basics of solar anatomy, space weather,...

The Cold War and the Manhattan Project launched the world into the nuclear age. Young historians explore how nations searched for bigger and better weapons to hold an advantage over other nations. Through discussion and comprehension...

Bacteria outnumber all other forms of life on Earth. Scholars observe the growth of bacteria in petri dishes to understand their role in maintaining good health. Then, they observe the growth of bacteria after they introduce...

According to Carl Sagan, we are all made of star particles. The second video in a series of 16 explains what happened after the big bang. It discusses cosmic background radiation, chemistry, galaxies, heavy elements, and the creation of...

Need some strategies for teaching nuclear processes that are sure to cause an explosion of learning in your classroom? Get all the essential background knowledge, plus tips for getting your point across in a thoughtful video. Concept...

An informative video explains how to culture microorganisms such as bacteria in a petri dish as part of the Fuse School playlist. It focuses on the need for nutrients and a proper temperature, which varies based on the location and...

What is the densest object in the universe? Neutron stars claim many unique properties—including the title of densest object—that are extreme, even for our universe. The video explains how neutron stars form and why it is important for...

A day without fusion is like a day without sunshine. The video explains what fusion is and how we might be able to create the energy on Earth rather than relying on the sun. It highlights the pros and cons of fusion power.

Harness that classroom energy to study fission and fusion. An interesting video lesson first explains the process of fission and fusion and then discusses practical uses. The instructor explains in detail the reactions in nuclear...

Does the sun have a life cycle? The video explains the confusion of what scientists expect and what the history of the earth proves. Then it offers multiple theories about the discrepancy and details the most accepted theory.

What are we made of and where did all of this stuff come from? From the Big Bang to star dust, the narrator of an entertaining video explores many different theories. Scholars learn the sequence of events that had to occur to create the...

Not quite a star, not quite a planet ... what are brown dwarfs? Young astronomers learn the peculiarities of these heavenly bodies through a short video. The narrator explains the characteristics of brown dwarfs and the different types....

This is one heavy video! Introduce the topic of neutron stars with a brief but informative resource. Young astronomers discover the history of neutron star research, the conditions present in and around a neutron star, and the...

It's better to burn out than fade away! Viewers experience the birth of neutron stars and supernovae in a video that explains the life cycle of high mass stars. Learners see the conditions needed to produce these events, as well as the...

Like a phoenix, planetary nebulae rise from the ashes of a star's demise. Young science scholars view stars in the white dwarf phase and the planetaries that sometimes occur in the aftermath. The video explains the composition of...

What happens when stars run out of fuel? Pupils learn the incredible sequence of events that occur as a star nears its end. The video compares and contrasts the events in low- and high-mass stars, detailing the cycle of fusion, energy...

Our future literally depends on the sun. The video introduces the sun as a star. It explains the plasma magnetic fields, sunspots, solar flares, coronal mass ejections, and more. It concludes with how we rely on the sun, how we protect...

A brief video explains the way the sun works using fusion and quantum tunneling. The film also discusses why it take more heat for us to use fusion than the sun.

Heart of gold, gold mine, good as gold, gold digger. Why is gold so fascinating and such a focus of popular expression? Is it due to rarity, its shine, or some other factor? Here's a video that focuses on how gold is made and provides...

Groups discover physics as they take an assigned scenario, perform research about different aspects of the subject matter, and present their findings to the class. From the presentations, learners must develop and support a point of view...

The largest series of nuclear fusion reactions in our solar system has been happening for millions of years. The sun works in much the same way that atomic bombs work. Here is a video that describes how each work and the safety checks...

How does a nuclear reaction create such a large amount of energy? The idea of a nuclear reaction develops from a comparison with chemical reactions. The video instructor then explains the process of both nuclear fission and fusion. This...

Go into depth with an investigation of fusion and fission area, how they work, the pros and cons and the many dangers of these reactions. The video also covers e = mc^2 and mass defects. 

Lab closed, gone fission! This video discusses both fission and fusion and their relationship to each other. In addition, it also explains why uranium, plutonium, and hydrogen are used and which process uses which elements.