Instructional Video5:26
SciShow

The First Results from NASA's InSight Lander! SciShow News

12th - Higher Ed
We finally have some results from the InSight lander’s measurements on Mars, and the Japanese Space Agency is moving forward with a probe that will explore Mars’s moons.
Instructional Video5:12
TED-Ed

TED-Ed: How do hard drives work? - Kanawat Senanan

Pre-K - Higher Ed
The modern hard drive is an object that can likely hold more information than your local library. But how does it store so much information in such a small space? Kanawat Senanan details the generations of engineers, material scientists,...
Instructional Video4:45
SciShow

Two Decades Later, We Know Why the Sun Is a Lava Lamp

12th - Higher Ed
In 1999, scientists discovered something that took over 20 years to solve. Why do solar flares move like a lava lamp?
Instructional Video6:25
MinutePhysics

MAGNETS: How Do They Work?

12th - Higher Ed
ow do magnets work? Why do they attract and repel at long distances? Is it magic? No... it's quantum mechanics, and a bit more, as we explain in this, the longest MinutePhysics video ever.
Instructional Video3:50
SciShow

The Strongest Magnetic Field in the Universe

12th - Higher Ed
Hint: It's not your collection of awesome refrigerator magnets!
Instructional Video3:52
TED-Ed

TED-ED: Solid, liquid, gas and plasma? - Michael Murillo

Pre-K - Higher Ed
Have you ever seen static electricity cause a spark of light? What is that spark? What about lightning, the Northern Lights, or the tail of a comet? All of those things and many others _ in fact, 99.9% of the universe -- are made of...
Instructional Video9:39
SciShow

Why Don't We Have Nuclear Fusion Power Yet?

12th - Higher Ed
Fusion power is supposed to save us from fossil fuels, so when is nuclear fusion going to be a viable option and why has it been so elusive?
Instructional Video4:57
SciShow

Mind the (Solar System's) Gap

12th - Higher Ed
Giant disks around baby stars filled with gas and dust provide the material to make all sorts of planets, and new evidence proves that our solar system’s had a massive gap in it! And the water vapor in Jupiter’s moon, Europa, might not...
Instructional Video5:31
SciShow

Making a Realistic Simulation of the Sun

12th - Higher Ed
We’ve created simulations to recreate the difference in time it takes for the Sun’s equator and poles to complete rotations, and the way we’ve solved is a bit surprising. And it looks like the Milky Way may not be great at mixing metals,...
Instructional Video8:30
SciShow

How Recycling Works

12th - Higher Ed
Join SciShow as we explore what happens to your stuff after you toss it into the little green bin with the arrows on it.
Instructional Video2:58
SciShow

Earth Has Another Magnetic Field

12th - Higher Ed
You probably know about the geomagnetic field that protects the earth from solar storms and radiation. But precision satellites have measured ANOTHER magnetic field coming from Earth, and its signals might hold the key to searching for...
Instructional Video5:46
Bozeman Science

Magnetic Permeability

12th - Higher Ed
In this video Paul Andersen explains how the magnetic permeability is the ability of a material to form internal magnetic fields. The magnetic permeability of free space is a constant and is much lower than the magnetic permeability of...
Instructional Video8:32
SciShow

The Two-Faced Role of Planetary Magnetic Fields

12th - Higher Ed
Given that Earth’s magnetic field helps protect its life-sustaining atmosphere, you might think that the stronger a planet’s magnetic field, the better. But as it turns out, some planets’ relationships with their magnetic fields are a...
Instructional Video3:28
SciShow

The Bacteria That Make Perfect, Tiny Magnets

12th - Higher Ed
Learn how magnetic bacteria work, and how scientists think they can help technology in the future!
Instructional Video5:16
SciShow

Diamagnetism: How to Levitate a Frog

12th - Higher Ed
You might associate levitation with magic, but science has its own version.
Instructional Video25:56
SciShow

Magnificent Magnetic Fields | Compilation

12th - Higher Ed
Magnetic fields fill our universe, but here at home we have a very special one that nature uses in a myriad of ways. And further away, other magnetic fields give us fascinating glimpses into the nature of the universe!
Instructional Video2:46
SciShow

Electromagnetism - Magnetic Force: The Four Fundamental Forces of Physics #4b

12th - Higher Ed
In this final segment on the four fundamental forces of physics, Hank tackles the magnetic force, the second of the two ways in which electromagnetism is apparent in the universe
Instructional Video3:53
MinutePhysics

Where is the True North Pole

12th - Higher Ed
Is it in the Arctic Ocean? In Canada? Russia?
Instructional Video2:08
MinutePhysics

Magnetic Levitation

12th - Higher Ed
Magnetic Levitation
Instructional Video4:48
Bozeman Science

Magnetic Domains

12th - Higher Ed
In this video Paul Andersen explains how magnetic domains act as tiny magnets within ferromagnetic material.
Instructional Video4:08
SciShow

What Do You Learn When You Touch the Sun?

12th - Higher Ed
Though our Sun is something we can count on to rise and set each day, it also comes with some phenomena that can catch us by surprise: solar winds. To better predict when these winds will travel all the way to Earth, we sent the Parker...
Instructional Video4:56
SciShow

What Makes Earth’s Magnetic Field Change Direction?

12th - Higher Ed
You might have heard that Earth is due for a complete flip of its magnetic field. And while our planet does have a history of this behavior, predictions of when it might happen are too complex to estimate a date for.
Instructional Video4:56
Bozeman Science

Magnetic Field of a Dipole

12th - Higher Ed
In this video Paul Andersen explains how current moving through a loop of wire can act as an analog for a magnetic dipole. Magnetic dipoles (like compass needles) respond to magnetic fields created by other magnets.
Instructional Video6:40
Bozeman Science

Measuring the Magnetic Force

12th - Higher Ed
In this video Paul Andersen explains how a magnetic force arises when magnets or moving electric charges interact with one another. A magnetic dipole will orient towards a magnetic field. When an electric charge is moving it will...