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Akimbo: A Podcast from Seth Godin

Fooled by spectrum (E)

Akimbo: A Podcast from Seth Godin

Midroll Media

Society & Culture

4.81.9K Ratings

🗓️ 13 December 2023

⏱️ 28 minutes

🧾️ Download transcript

Summary

Learning to live with infinity


Akimbo is a weekly podcast created by Seth Godin. He's the bestselling author of 20 books and a long-time entrepreneur, freelancer and teacher.

You can find out more about Seth by reading his daily blog at seths.blog and about the podcast at akimbo.link.

To submit a question and to see the show notes, please visit akimbo.link and press the appropriate button.



Hosted on Acast. See acast.com/privacy for more information.

Transcript

Click on a timestamp to play from that location

0:00.0

Something extraordinary happened between 1950 and 1962. Television

0:07.6

changed the world. Nine percent of the households in the United States had a television set in 1950.

0:16.4

By 1962, it was 90%.

0:20.8

Hey, it's Arove. And this is a special archived episode of A Kimbo.

0:27.0

This isn't a podcast actually about how television changed the world.

0:36.0

It's about how we've been fooled by the magic moment that television created

0:42.0

because that moment is over. The magic moment of television is actually a

0:47.7

byproduct of the electromagnetic spectrum and to talk about that we have to talk about the Hertz family.

0:54.4

Matilda Hertz, the youngest, who did pioneering work in the Raven and its behavior and eyesight.

1:02.3

Her uncle, Gustavts won a Nobel Prize. Her cousin Carl Hurts, not

1:09.2

to be confused with Carl Hurts, the stage magician, helped invent the inkjet printer and the sonogram.

1:18.4

But we're really talking about Matilda's dad, Heinrich Hurts, for whom the Hurts is named.

1:26.3

What Hurts demonstrated, what Maxwell theorized, is that light isn't just Roy G. Biv, red, yellow-green blue, indigo violet.

1:36.0

There are the gamma rays that turn Bruce Banner into the Incredible Hulk. I can't have a shoe high. First I can't stop it.

1:55.0

There are the X-rays.

1:57.0

There are the high frequency ways that lead us to radio and then television. Spectrum, it's all the same stuff.

2:07.0

Light at different frequencies enables us to communicate analog signals at long distances.

2:15.0

It enables us to use x-rays to see through your skin and scan a bone,

2:20.0

and it enabled television.

2:22.0

The thing is spectrum is scarce that in any given band of

2:29.0

the spectrum is only a little bit available for each use. CB Radio gets two dozen channels.

2:39.2

You could try to put more channels in the CB radio section of the spectrum.

...

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