How To Measure The Tiniest Forces In The Universe

About this video

Hand-picked by a BrighterTube curator · found via round-3 back catalogue of a channel Lumen picks video by video · 82% confidence

Explains force measurement instrumentation, atomic force microscopy, or precision measurement techniques. Teaches experimental physics and sensor technology.

A 16-minute video from Veritasium: “How To Measure The Tiniest Forces In The Universe”.

Science & Math Engineering

Video by Veritasium, played through YouTube's embedded player.

9:07

The Absurdity of Detecting Gravitational Waves VeritasiumScience & Math

7.85M views

Why It Was Almost Impossible to Make the Blue LED VeritasiumEngineering

57M views

AT&T Archives: Similiarities of Wave Behavior (Bonus Edition)AT&T Tech ChannelEngineering

474K views

Doug McLean | Common Misconceptions in Aerodynamics Michigan EngineeringEngineering

857K views

25:10

How an Atomic Clock Really Works: Inside the HP 5061A Cesium Clock CuriousMarcEngineering

465K views

26. Chernobyl — How It Happened MIT OpenCourseWareEngineering

3.58M views

11:23

How a transistor works Ben EaterEngineering

848K views

5:46

"Z2" - Upgraded Homemade Silicon Chips Sam ZeloofEngineering

2.5M views

MIT's Pathway to Fusion Energy (IAP 2017) - Zach Hartwig MIT Plasma Science and Fusion CenterEngineering

121K views

14:48

Understanding Stresses in Beams The Efficient EngineerEngineering

3.37M views

13:44

Understanding Bernoulli's Equation The Efficient EngineerEngineering

4.59M views

10:28

The Engineering of the Drinking Bird engineerguyEngineering

2.22M views

9:07

The Absurdity of Detecting Gravitational Waves

Veritasium

7.85M views

Explains how LIGO detects gravitational waves by measuring length changes far smaller than a proton.

Why It Was Almost Impossible to Make the Blue LED

Veritasium

57M views

How Shuji Nakamura overcame material-science dead ends to make the first bright blue LED.

AT&T Archives: Similiarities of Wave Behavior (Bonus Edition)

AT&T Tech Channel

474K views

Bell Labs' J.N. Shive uses a mechanical wave machine to show reflection, standing waves, resonance and impedance matching — the ideas behind transmission lines.