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Mike's Multiverse

Episode 47 - Ask Science Mike Mini: Lightsabers

Mike's Multiverse

Mike McHargue

Science, Leisure, Society & Culture, Games

4.81.2K Ratings

🗓️ 18 December 2015

⏱️ 10 minutes

🧾️ Download transcript

Summary

The Force Awakens today, so we're talking the science of lightsabers in a special mini edition of the show.

Transcript

Click on a timestamp to play from that location

0:00.0

In honor of the release of Star Wars The Force Awakens, it's Ask Science Mike Minnie. Yeah. Welcome to Ask Science Mike Minnie, a pint-sized version of the show where I answered just one question.

0:38.0

We're doing this episode to tackle a Star Wars question in honor of the Force Awakens.

0:43.3

And next week I'm going to do several of these episodes

0:45.8

for Christmas because there's so many great Christmas

0:48.6

questions in my inbox.

0:50.2

But enough about that, we've got a tiny show to do, so let's get it started. So, Our question for this asked science Mike mini comes from Steve and he asks

1:21.3

via email, hey Mike, if Litesabers actually existed,

1:26.0

what do you think they'd be made of?

1:28.0

Would they be made of actual light or gamma rays

1:30.0

or something else that would give them their properties.

1:34.0

Thanks and may the force be with you.

1:36.6

Well, to answer this, we have to start by looking at the properties of a

1:40.4

lightsaber and then think about plausible ideas and physics that could

1:45.0

describe that behavior. We're going to come up with a light saber hypothesis or

1:50.4

at least try to. So the first thing I'd notice about lightsaber is they cut

1:55.6

through things quickly and easily. In the films we see them with no effort

2:01.6

whatsoever cutting through organic materials mainly people's arms and legs

2:06.2

But also small metal objects cutting the heads off droids that kind of thing and we also see that they have a ton of thermal output because Quaigon in episode one

2:17.2

sticks his lightsaber into a very large set of metal blast doors and those doors start to heat up very rapidly and that kind of

2:26.2

behavior could be associated with something like a very strong laser or a high

2:31.8

amplitude gamma emitter for gamma rays which are a lower frequency

2:36.1

version of electromagnetic radiation and we use those in our technology

...

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