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This Thing is -270°C and is EVERYWHERE

This Thing is -270°C and is EVERYWHERE

Season 4 Episode 18
9:29
How Rainbows with NO COLOR Are Possible

How Rainbows with NO COLOR Are Possible

Season 4 Episode 19
8:20
What Happens to Your Reflection if You Bend a Spoon Inward?

What Happens to Your Reflection if You Bend a Spoon Inward?

Season 4 Episode 20
7:58
HOME CHALLENGE: 20 Easy Experiments in 5 Minutes

HOME CHALLENGE: 20 Easy Experiments in 5 Minutes

Season 4 Episode 21
6:30
Ballistic Ping Pong Ball vs. Tennis Ball at 450km/h!

Ballistic Ping Pong Ball vs. Tennis Ball at 450km/h!

Season 4 Episode 22
14:56
Candid Interview with COVID-19 ER Nurse and Epidemiologist

Candid Interview with COVID-19 ER Nurse and Epidemiologist

Season 4 Episode 23
20:41
Unique At-Home Science Experiments!

Unique At-Home Science Experiments!

Season 4 Episode 24
9:52
Insanely Fun DIY Science Experiments at Home

Insanely Fun DIY Science Experiments at Home

Season 4 Episode 26
9:00
The Science of Ventilation

The Science of Ventilation

Season 4 Episode 27
12:19
Fact-Checking this Viral Bottle Trick

Fact-Checking this Viral Bottle Trick

Season 4 Episode 28
11:01
I WAS THERE! How David Blaine flew helium balloons to the height of jets (and jumped)

I WAS THERE! How David Blaine flew helium balloons to the height of jets (and jumped)

Season 4 Episode 29
10:12
Why RED BUBBLES are impossible… or are they?!

Why RED BUBBLES are impossible… or are they?!

Season 4 Episode 30
6:09
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Physics Girl

Inside the World's Largest Science Experiment

Season 4 Episode 17

Dianna from Physics Girl visited CERN in Geneva Switzerland to find out what the detectors at the LHC are looking for, and dive into the fundamental question: what are particles?
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How SMOOTHNESS of a SOCCER BALL affects curve
5:44
Season 1 Episode 25
How SMOOTHNESS of a SOCCER BALL affects curve
Curving and bending a ball using the magnus effect is common in every sport.
Bizarre spinning toys
4:56
Season 1 Episode 24
Bizarre spinning toys
Spinning toys and tops have unusual behaviors.
How science explains monster waves
5:49
Season 1 Episode 23
How science explains monster waves
Enormous, spontaneous waves in the open ocean were once the tall tales of sailors.
Could you replace your eye with a camera?
5:37
Season 1 Episode 22
Could you replace your eye with a camera?
How does the eye compare to a camera?
How does laser cooling work?
5:27
Season 1 Episode 21
How does laser cooling work?
How can light be used to cool atoms and molecules?
Can you call a cell phone in the microwave?
7:05
Season 1 Episode 20
Can you call a cell phone in the microwave?
Do cell phones placed in a microwave still receive signals?
Is energy always conserved?
5:16
Season 1 Episode 19
Is energy always conserved?
Light passing through the universe is "shifted" into cooler colors, but how?
Quantum Cryptography Explained
7:47
Season 1 Episode 18
Quantum Cryptography Explained
With recent high-profile security cases, encryption is more important than ever.
Why do we care about gravitational waves?
4:29
Season 1 Episode 17
Why do we care about gravitational waves?
Why are gravitational waves such a historic discovery?
Five Weird Ways to Put Out a Candle
5:04
Season 1 Episode 16
Five Weird Ways to Put Out a Candle
Try these five unusual ways to extinguish a candle.
The Black Hole Death Problem
4:48
Season 1 Episode 15
The Black Hole Death Problem
Black holes are not as black as we once thought.
Can you push a spacecraft with light?
4:35
Season 1 Episode 14
Can you push a spacecraft with light?
What if you could power a ship using sunlight instead of wind?
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