Instructional Video7:21
SciShow

5 Things We Still Don't Know About the Solar System

12th - Higher Ed
We've already learned a lot about the solar system, but sometimes the most fascinating things are what we DON'T know.
Instructional Video2:35
SciShow

How Close Are We to Building Force Fields?

12th - Higher Ed
Sci-fi technology is often more fiction than science, but it turns out there are actually some real-world labs that are working on developing force fields!
Instructional Video4:53
SciShow

Diving Into the Sun!

12th - Higher Ed
We've talked about a lot of extreme environments in the solar system, but the sun just might be the MOST extreme! Join SciShow as we dive a little deeper into our friendly neighborhood star.
Instructional Video5:28
PBS

Cosmic Microwave Background Explained

12th - Higher Ed
HAS SPACE ALWAYS BEEN BLACK? As long as we've been around, YES. But the universe gets much more exciting, AND much BRIGHTER, as we start winding our clocks back to the early days of the universe. Near the beginning of the universe, when...
Instructional Video11:01
PBS

The Missing Mass Mystery

12th - Higher Ed
For years, astronomers have been unable to find up to half of the baryonic matter in the universe. We may just have solved this problem.
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 Video4:24
TED-Ed

TED-ED: How do we separate the seemingly inseparable? - Iddo Magen

Pre-K - Higher Ed
Your cell phone is mainly made of plastics and metals. It's easy to appreciate the process by which those elements add up to something so useful. But there's another story we don't hear about -- how did we get our raw ingredients in the...
Instructional Video3:22
SciShow

Cloaking Devices!

12th - Higher Ed
Hank pretends he has an invisibility cloak, and describes how some enterprising scientists are working towards making things invisible using nanotechnology and mirages.
Instructional Video5:55
SciShow

New Ways to Study Interstellar Space... With Voyager!

12th - Higher Ed
Voyager 1 may be out of our solar system (and 40+ years old) but we're still getting plenty of new data from our interstellar space probe.
Instructional Video4:53
Bozeman Science

Interstitial Fluid

12th - Higher Ed
Paul Andersen explains the importance and location of interstitial fluid. He describes both the hydrostatic and osmotic pressures that move fluid between the interstitial fluid and the capillary. He also explains the major function of...
Instructional Video3:13
SciShow

Plasma, The Most Common Phase of Matter in the Universe

12th - Higher Ed
Get to know plasma, the most common, but probably least understood, phase of matter in the universe!
Instructional Video4:16
SciShow

3 Whack Weather Phenomena

12th - Higher Ed
Hank describes three of the whackest weather phenomena on Earth: atmospheric rivers, fire tornadoes, and ball lightning. Super interesting and super weird.
Instructional Video9:17
Bozeman Science

Matter

12th - Higher Ed
Mr. Andersen gives a brief description of matter. The five states of matter are also discussed.
Instructional Video12:16
SciShow

How We Know Star Wars Isn’t A Documentary | Compilation

12th - Higher Ed
Plot often trumps reality when portraying space in movies and, as a result, many films are full of inaccuracies. So how much fiction is actually written into some of our favorite movies? Movies mentioned (and potentially spoiled) in this...
Instructional Video11:15
Crash Course

The Sun

12th - Higher Ed
Phil takes us for a closer (eye safe!) look at the two-octillion ton star that rules our solar system. We look at the sun's core, plasma, magnetic fields, sunspots, solar flares, coronal mass ejections, and what all of that means for our...
Instructional Video1:38
Curated Video

How to Choose a 3-D TV

9th - Higher Ed
Howcast -Don't invest in a 3-D TV without these buying guidelines.
Instructional Video2:33
Curated Video

How to Choose between Plasma, LCD & LED HDTVs

9th - Higher Ed
Howcast -Flat-screen TVs look similar on the outside, but vary dramatically on how they are constructed. Engineering affects picture quality and longevity. Choose the one that satisfies all of your demands.
Instructional Video1:52
Curated Video

How to Get Paid for Donating Plasma

9th - Higher Ed
Donating blood doesn't pay, but donating plasma—the part of blood used to treat hemophiliacs and burn victims—does. See if you qualify.
News Clip2:08
Curated Video

Coronavirus survivors fighting back with antibodies

9th - Higher Ed
Coronavirus survivors are joining the fight against COVID-19 by donating their antibody-rich plasma, which may be useful in helping others fight off the virus.
Instructional Video1:06
Curated Video

Sun Unleashed Massive Plasma Plume With Strong Flare

3rd - Higher Ed
Sunspot AR3835 erupted with an M3.4-class solar flare. NASA's Solar Dynamics Observatory captured the fireworks. Footage courtesy: NASA / SDO and the AIA, EVE, and HMI science teams, helioviewer.org | edited by Space.com's Steve Spaleta...
Instructional Video0:56
Curated Video

Watch 100,000-Mile-High Solar Prominence Soar Above Sun

3rd - Higher Ed
The impressive footage was captured by Mark Johnston from his backyard in Scottsdale, Arizona. Credit: Mark Johnston Music: A Rising Sun by Alan Ellis / courtesy of Epidemic Sound
Instructional Video2:17
Curated Video

Principle of Coagulase Test

9th - Higher Ed
Biochemical test- Coagulase test principle Requirement- 1 in 10 citrated plasma (citrated to present auto-coagulation in absence of coagulase enzyme) Principle Coagulase is an enzyme produced by S. aureus that converts (soluble)...
Instructional Video2:59
Curated Video

Plasma Vs serum Vs antiserum

9th - Higher Ed
This video explains the difference between plasma serum and antiserum.
Instructional Video8:15
Veritasium

How Microwaving Grapes Makes Plasma

9th - Higher Ed
A bisected grape in the microwave makes plasma. But how does it work? A grape is the right size and refractive index to trap microwaves inside it. When you place two (or two halves) close together the fields interact with each other...