WEBVTT - From the Vault: The One Ring

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<v Speaker 1>Hey, you welcome to stuff to blow your mind. My

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<v Speaker 1>name is Robert Lamb and I'm Joe McCormick, and it's

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<v Speaker 1>Saturday Vault time, folks. Uh. This episode originally published on

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<v Speaker 1>September nineteen nineteen, and it is about the One Ring.

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<v Speaker 1>Is this the one where we talk about the metallurgy

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<v Speaker 1>of the One Ring? Yeah, we we break down, well, okay,

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<v Speaker 1>given the properties that are described in in the books,

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<v Speaker 1>what could the One Ring have potentially been about? So yeah,

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<v Speaker 1>it's a it's a way of making a metallurgical episode

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<v Speaker 1>a whole lot of fun and and at times I

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<v Speaker 1>think humorous. And the other cool thing is, since you

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<v Speaker 1>know we're re running this episode on the nineteen uh,

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<v Speaker 1>they of coming twenty two is going to be Hobbit Day,

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<v Speaker 1>which is a holiday that has been invented by Tolkien fans.

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<v Speaker 1>So that's exciting. This will help you get ready for

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<v Speaker 1>Hobbit Day. And hey, maybe maybe we'll have a Hobbit

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<v Speaker 1>Day episode. I don't know yet. We're recording this allD

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<v Speaker 1>intro like a month or two ahead of time, but

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<v Speaker 1>I think we might be able to do it. We'll see,

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<v Speaker 1>you'll find out on They all will be revealed three

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<v Speaker 1>rings for Elvin King's Under the Sky, seven for the

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<v Speaker 1>dwarf lords in their halls of Stone, nine for mortal

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<v Speaker 1>men doomed to die, and one for the Dark Lord

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<v Speaker 1>on his dark throne in the Land of Mordor, where

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<v Speaker 1>the shadows lie. One Ring to rule them all, one

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<v Speaker 1>ring to find them, one ring to bring them all,

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<v Speaker 1>and in the darkness, find them in the Land of Mordor,

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<v Speaker 1>where the Shadows lie. Welcome to Stuff to Blow your Mind.

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<v Speaker 1>A production of I Heart Radios has to work. Hey,

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<v Speaker 1>Welcome to Stuff to Blow your Mind. My name is

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<v Speaker 1>Robert Lamb and I'm Joe McCormick and nerd Alert. We're

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<v Speaker 1>doing a Tolkien episode today. That's right, of course. The

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<v Speaker 1>cold open there was from J. R. Tolkien's The Lord

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<v Speaker 1>of the Rings, which was written in stages between ninety

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<v Speaker 1>seven and nineteen forty nine. I imagine everyone listening to

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<v Speaker 1>this is familiar with the Lord of the Rings. Uh, yeah,

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<v Speaker 1>pretty much. I mean, we'll try to make it fun

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<v Speaker 1>even if you're not. But yeah, Robert, you got bit

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<v Speaker 1>by the Lord of the Rings bug this week apparently,

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<v Speaker 1>and you wanted to talk about the One Ring of Power.

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<v Speaker 1>See if there's any way we could give it the

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<v Speaker 1>stuff to blow your mind treatment. Yeah, yeah, I've been

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<v Speaker 1>thinking a lot about Tolkien recently, I mean until obviously.

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<v Speaker 1>You know, I read Tolkien when I was younger. I

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<v Speaker 1>watched the movies when they came out, I watched the

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<v Speaker 1>animated films when when they were around, and uh, and

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<v Speaker 1>then I kind of took a break, and then I

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<v Speaker 1>came back and read The Hobbit to my son. Eventually,

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<v Speaker 1>I hope to read The Lord of the Rings to him.

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<v Speaker 1>Uh wait, when did the classic quote? You were reading

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<v Speaker 1>it to him at some point, weren't you when he said,

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<v Speaker 1>is it the Lord of the Ring yet? Yeah? Yeah,

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<v Speaker 1>he kind of got a little bored with the opening,

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<v Speaker 1>but at this point, like he's, yeah, he's super into

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<v Speaker 1>Harry Potter. I think he's pretty much ready for the

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<v Speaker 1>Lord of the Rings. But you know, the Hobbit is

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<v Speaker 1>better for for younger readers as well. But it got

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<v Speaker 1>me thinking a lot about the Ring. Uh, and it's

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<v Speaker 1>it's nature, it's powers, and and also the task of

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<v Speaker 1>applying real world science to the One Ring and seeing

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<v Speaker 1>what we could potentially figure out. It'll have to be

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<v Speaker 1>a little bit of loosey goosey real world science. But

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<v Speaker 1>we'll do our best because obviously the one ring, the

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<v Speaker 1>Ring of Power, is an object of intense magical power

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<v Speaker 1>in the books, created by an intensely magical being in

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<v Speaker 1>an intensely magical fantasy world. And so our intent here

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<v Speaker 1>is not to you know, to cheapen all of that

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<v Speaker 1>or anything, or to or to myth busted or anything

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<v Speaker 1>like that, but you know, just to engage in the

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<v Speaker 1>fun exercise of saying, okay, okay, if if we had

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<v Speaker 1>to make this work with science, what would the ring

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<v Speaker 1>be made out of? What are the the you know,

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<v Speaker 1>what are the constraints involved that sort of thing. Now,

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<v Speaker 1>the Ring of Power in Lord of the Rings has

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<v Speaker 1>got to be one of the like ultimate examples of

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<v Speaker 1>a fantasy mcguffin. You know, an object that that a

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<v Speaker 1>plot can be built around that. There are a lot

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<v Speaker 1>of these in the story you end up with, like

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<v Speaker 1>you know, Wore Cruxes and Harry Potter and uh, there's

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<v Speaker 1>very often it's just convenient from a storytelling perspective to

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<v Speaker 1>have a magical object that must be uh, that must

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<v Speaker 1>be managed, and the logistics of which become the struggle

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<v Speaker 1>for the characters in the story. But the ring I

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<v Speaker 1>think also represents more than that. It's an interesting object

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<v Speaker 1>in itself because of its properties that to some people

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<v Speaker 1>who own it or where it, it confers these powers.

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<v Speaker 1>And we can discuss what the powers are alluded to

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<v Speaker 1>be in the story, uh in a minute. But also

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<v Speaker 1>it has this corrupting influence. So it actually I think

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<v Speaker 1>does have a kind of thematic commentary on the way

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<v Speaker 1>that like possessing great power has the tendency to corrupt

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<v Speaker 1>to people's motives and way of seeing the world. Yeah. Absolutely,

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<v Speaker 1>I mean even even today, like certainly throughout human history,

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<v Speaker 1>we can look to the like the symbolic power of

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<v Speaker 1>the ring. Um like rings are used to to signify,

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<v Speaker 1>you know, bonds that have been made, social bonds, marriages, uh.

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<v Speaker 1>They they have long symbolized power or or wealth. The

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<v Speaker 1>seal ring that might be used as a stamp in

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<v Speaker 1>wax to show you the sigil of your authority. Right

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<v Speaker 1>of course, there's the super Bowl ring, right, which I mean,

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<v Speaker 1>really it is as silly as the super Bowl ring

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<v Speaker 1>may be, it is it is you know, it is

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<v Speaker 1>drawing from this lineage of the ring as the symbol

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<v Speaker 1>of power and accomplishment, and so yeah, I mean all

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<v Speaker 1>that's wrapped up in the myth of the Ring as well,

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<v Speaker 1>you know, not even to get into some of the

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<v Speaker 1>various things that Tolkien was drawing on, you know, the

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<v Speaker 1>Ring cycle, etcetera. Another token note I want to make

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<v Speaker 1>is I do want to drive home. Even though Joe

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<v Speaker 1>and I are both uh, you know, quite familiar with token,

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<v Speaker 1>neither of us are like Tolken experts. Please don't come

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<v Speaker 1>swinging your sword at us because we left out some

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<v Speaker 1>Tolkien detail, right, I mean, it's happened before uh Inland. Likewise,

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<v Speaker 1>we may not hit all the token pronunciations. This I

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<v Speaker 1>can't wait, but but we're gonna give it a shot.

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<v Speaker 1>So first of all, let me just run through the

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<v Speaker 1>history of the One Ring for everyone so that we can,

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<v Speaker 1>you know, fully appreciate it. Here. So you're going beyond

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<v Speaker 1>the Lord of the Rings. You're going into the like

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<v Speaker 1>the deep lore. Yes, yeah, and uh. And I cobbled

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<v Speaker 1>this together from from from rereading some segments of Tolkien's

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<v Speaker 1>original work, but also from rereading segments from the Token Encyclopedia,

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<v Speaker 1>which is an excellent book that came out I believe

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<v Speaker 1>in like the the nineties, I still have a copy

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<v Speaker 1>of wonderful illustrations throughout uh and uh So, anyway, without

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<v Speaker 1>further ado, let me tell you about the One Ring. So,

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<v Speaker 1>the One Ring was forged in the year sixteen hundred

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<v Speaker 1>of the second Age of the Sun by Sauron, forged

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<v Speaker 1>within the active volcano Mount Doom in the land of

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<v Speaker 1>word War. So Saron was a former Maya spirit who

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<v Speaker 1>served the dark lord Melkorp, who was defeated at the

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<v Speaker 1>end of the First Age of the Sun. And so

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<v Speaker 1>then Saron, in the guise of an atter, the giver

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<v Speaker 1>of gifts, he seduces the Alvin Smith's into forging the

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<v Speaker 1>rings of power. Uh. These are the rings that from

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<v Speaker 1>our opening reading, three rings for the Elvin king, seven

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<v Speaker 1>for the dwarves, nine for men, and you know, so

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<v Speaker 1>that these may be distributed among you know, the various

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<v Speaker 1>intelligent species of of the of the of the world.

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<v Speaker 1>But then he goes and he forges the one Ring himself,

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<v Speaker 1>the ring that's going to control all of these rings,

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<v Speaker 1>and and also crackles with other powers will discuss. So

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<v Speaker 1>it's a trick, it's a trap. He's this godlike being

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<v Speaker 1>who wants to control the people's of Middle Earth. The elves,

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<v Speaker 1>the dwarves, the humans, and so he gives them these

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<v Speaker 1>things that are ostensibly like weapons or or sort of

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<v Speaker 1>magical items of power that allow them to increase their

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<v Speaker 1>power and dominance over the world. And once all, once

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<v Speaker 1>all of those people put the rings on and assume

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<v Speaker 1>the power for themselves, then he unlocks the trap door

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<v Speaker 1>in the back of the code, which is that he's

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<v Speaker 1>got wondering that gives him power over all the other

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<v Speaker 1>people who are wearing them exactly. Yeah, and and he

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<v Speaker 1>take ends up sort of taking various guys. Is the

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<v Speaker 1>idea into different forms throughout his history, you know, is

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<v Speaker 1>from the end the deceiver, to the trickster, to the

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<v Speaker 1>to the warlord, to the seeker. So his fair form

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<v Speaker 1>is destroyed in the Fall of New Maniore and he

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<v Speaker 1>arises again as this dark lord in black armor. This

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<v Speaker 1>is the one that anyone who's even just set down

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<v Speaker 1>to watch The Lord of the Rings films probably remembers

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<v Speaker 1>from the prologue. So even if you only made it

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<v Speaker 1>ten minutes in, you saw this part. You saw the

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<v Speaker 1>dark Lord in his armor. But this too, this form

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<v Speaker 1>too was destroyed at the end of the Second Age

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<v Speaker 1>of the Sun and the Ring was lost, but Saron

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<v Speaker 1>did not perish because the One Ring still existed, and

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<v Speaker 1>his fate is bound to it. Um. Even if you're

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<v Speaker 1>more familiar with Harry Potter than Lord of the Rings,

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<v Speaker 1>you can think of the One Ring is like is

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<v Speaker 1>the horcrux, the single horr crux for Saaron. I suppose

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<v Speaker 1>so in his in his reincarnated form, without a body,

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<v Speaker 1>he depends on this ring, or else he cannot survive, right,

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<v Speaker 1>And so in the year one thousand of the third

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<v Speaker 1>Age of the Sun, he rises again as the great

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<v Speaker 1>Littless Eye Uh, seeking the Ring, waging the War of

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<v Speaker 1>the Ring. But his adversaries have found it first, and

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<v Speaker 1>they've hatched a plan to destroy it by the only

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<v Speaker 1>known means, casting it back into the volcanic fires from

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<v Speaker 1>which it was forged. Okay, so there you've got the

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<v Speaker 1>setting of the Lord of the Rings. So you've got

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<v Speaker 1>to take this ring back into enemy territory to throw

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<v Speaker 1>it into a volcano, which is the only way it

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<v Speaker 1>can be destroyed, the only way to destroy this great

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<v Speaker 1>enemy God sorcerer thing. Um. Now, we there are scenes

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<v Speaker 1>in the movies, and I'm trying to recall there in

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<v Speaker 1>the book too. I mean we're like, for example, Gimli

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<v Speaker 1>the Dwarf played by John Ree Davies and the Peter

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<v Speaker 1>Jackson movies, uh that you know, they're getting the speech

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<v Speaker 1>about how the Ring must be destroyed in order to

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<v Speaker 1>defeat Sauron. So he just whips out his axe and

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<v Speaker 1>he's like, all right, let's bust it. And he just

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<v Speaker 1>swings his axe at the at the ring. But it

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<v Speaker 1>doesn't work right. He instead, I think his ax breaks

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<v Speaker 1>on it when he tries to cleave the ring with it.

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<v Speaker 1>So the ring is uh portrayed as something that is

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<v Speaker 1>completely indestructible except in the fires of the volcano where

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<v Speaker 1>it was forged. Yeah, there's a there's a great passage

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<v Speaker 1>in the Fellowship of the Ring where Gandolf explains all

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<v Speaker 1>this to Frodo after it's been cast into the fireplace

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<v Speaker 1>once and Frodo has has tried to will himself to

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<v Speaker 1>throw it once more into the deepest part of the fire,

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<v Speaker 1>but cannot, and so Gandalf says the following, But as

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<v Speaker 1>for breaking the ring, force is useless. Even if you

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<v Speaker 1>took it and struck it with a heavy sledge hammer,

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<v Speaker 1>it would make no dent in it. It cannot be

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<v Speaker 1>unmade by your hands or by mine. Your small fire,

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<v Speaker 1>of course, would not melt even ordinary gold. This ring

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<v Speaker 1>has already passed through it unscathed and even unheeded. But

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<v Speaker 1>there is no smith's forge in this shire that could

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<v Speaker 1>change it at all. Not even the anvils and furnaces

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<v Speaker 1>of the dwarves could do that. It has been said

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<v Speaker 1>that dragon fire could melt and consume the rings of power,

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<v Speaker 1>but there is not now any dragon left on Earth

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<v Speaker 1>in which the old fire is hot enough, Nor was

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<v Speaker 1>there ever any dragon, not even on Callaghan the Black,

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<v Speaker 1>who could have harmed the one ring, the ruling Ring,

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<v Speaker 1>for that was made by Saron himself. There is only

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<v Speaker 1>one way to find the cracks of Doom and the

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<v Speaker 1>depths of Oro Dron the fire Mount, to cast the

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<v Speaker 1>ring in there, if you really wish to destroy it,

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<v Speaker 1>to put it beyond the grasp of the enemy forever.

0:12:07.520 --> 0:12:11.120
<v Speaker 1>Thus spoke Gandalf, and Gandalf knew what he was talking about.

0:12:11.559 --> 0:12:13.959
<v Speaker 1>By the way, I've always thought Serena McKellen made a

0:12:13.960 --> 0:12:15.960
<v Speaker 1>great Gandalf, but I do have a strong attachment to

0:12:16.040 --> 0:12:19.880
<v Speaker 1>John Houston's Gandolf. In the nineteen seventy seven animated version

0:12:21.000 --> 0:12:24.280
<v Speaker 1>in the nineteen eighties Return of the King. Um, so

0:12:24.480 --> 0:12:26.200
<v Speaker 1>that you know that that was the token of of

0:12:26.240 --> 0:12:28.800
<v Speaker 1>my childhood, and so I was trying to summon a

0:12:28.800 --> 0:12:33.160
<v Speaker 1>little John Houston flavor there my limited ability to do so,

0:12:33.320 --> 0:12:36.199
<v Speaker 1>the ones that make saw Rouman in the Santa Claus

0:12:36.240 --> 0:12:39.679
<v Speaker 1>like his red robes. Um. You know, I haven't rewatched

0:12:39.720 --> 0:12:43.120
<v Speaker 1>the Return of the King in a while, but but

0:12:43.200 --> 0:12:44.880
<v Speaker 1>I have rewatched the Hobbit. I that it held up

0:12:44.880 --> 0:12:48.040
<v Speaker 1>pretty well. You know. Oh, I totally agree that Ian

0:12:48.080 --> 0:12:50.400
<v Speaker 1>mckelen is a great Gandalf. In fact, I would say

0:12:50.440 --> 0:12:52.880
<v Speaker 1>that even if you don't like the movies for any

0:12:52.880 --> 0:12:55.880
<v Speaker 1>other reason, the Peter Jackson films are great just for

0:12:55.960 --> 0:12:59.440
<v Speaker 1>Ian McKellen's performance. Oh yeah, and I mean Christopher Lee.

0:12:59.480 --> 0:13:01.760
<v Speaker 1>It's it's got a wonderful oh Christopher Lee. Of course

0:13:01.800 --> 0:13:05.360
<v Speaker 1>that goes without saying. Uh So another note on the ring,

0:13:05.440 --> 0:13:08.760
<v Speaker 1>just real quick. Not that it's very important to what

0:13:08.760 --> 0:13:10.600
<v Speaker 1>we're going to be talking about for most of the episode,

0:13:10.600 --> 0:13:13.000
<v Speaker 1>but what happens when you wear the ring? Oh yeah,

0:13:13.040 --> 0:13:15.080
<v Speaker 1>I was actually trying to figure this out, even though

0:13:15.160 --> 0:13:18.760
<v Speaker 1>I know the story. I was last night I was googling, like,

0:13:18.800 --> 0:13:22.120
<v Speaker 1>what does the Ring actually, do you know, other than

0:13:22.360 --> 0:13:24.960
<v Speaker 1>we know it confers this kind of vague power, but

0:13:25.120 --> 0:13:29.319
<v Speaker 1>it actually does have some specified powers in the mythology.

0:13:29.679 --> 0:13:31.000
<v Speaker 1>I mean the big one of course, and this is

0:13:31.040 --> 0:13:32.800
<v Speaker 1>the one that comes up in the Hobbit as well,

0:13:33.200 --> 0:13:35.720
<v Speaker 1>is that when you put it on, you become invisible

0:13:35.960 --> 0:13:38.559
<v Speaker 1>to most creatures, though at the same time you become

0:13:38.640 --> 0:13:43.760
<v Speaker 1>highly visible to certain other beings, namely the Ring wraiths,

0:13:43.840 --> 0:13:47.520
<v Speaker 1>Um and Uh and saw On himself. But it's like

0:13:47.520 --> 0:13:50.480
<v Speaker 1>allows you to sort of shift into another plane of

0:13:50.520 --> 0:13:54.000
<v Speaker 1>existence and doing so become invisible. But I think that's

0:13:54.040 --> 0:13:58.920
<v Speaker 1>only for some creatures who wear it, right, Um, I

0:13:59.160 --> 0:14:02.880
<v Speaker 1>mean the making them invisible? Right, Yeah, I mean it's

0:14:03.360 --> 0:14:05.839
<v Speaker 1>I don't think it's it's implied that Winn saw On

0:14:05.960 --> 0:14:09.439
<v Speaker 1>himself wears that he is invisible. But then again, it's

0:14:09.480 --> 0:14:12.760
<v Speaker 1>a different matter when you know, the dark Lord himself

0:14:12.920 --> 0:14:15.440
<v Speaker 1>wears the ring, as opposed to when a mortal wears

0:14:15.440 --> 0:14:17.760
<v Speaker 1>the ring. Oh, and I guess another thing to specifies

0:14:17.840 --> 0:14:20.400
<v Speaker 1>that the Wonder Ring, the powers of the Wondering maybe

0:14:20.480 --> 0:14:24.880
<v Speaker 1>greater or different than the powers of the other rings

0:14:24.960 --> 0:14:26.920
<v Speaker 1>that were given off to the to the kings of

0:14:26.960 --> 0:14:30.000
<v Speaker 1>the Mortals and the Elves. Yes, yeah, it is the

0:14:30.120 --> 0:14:31.840
<v Speaker 1>it is the Great Ring. It is the one that

0:14:32.200 --> 0:14:36.080
<v Speaker 1>the Master himself forged. Um. And you know, one note

0:14:36.240 --> 0:14:38.840
<v Speaker 1>again about the sort of the origins of saar On

0:14:39.480 --> 0:14:42.480
<v Speaker 1>is that in his like previous life, you know, it's

0:14:42.520 --> 0:14:46.760
<v Speaker 1>like an unfallen entity as one of these Maya spirits.

0:14:47.040 --> 0:14:52.080
<v Speaker 1>He originally served the the ann or forge god a

0:14:52.320 --> 0:14:55.000
<v Speaker 1>Uli if I'm saying that right, who is you know,

0:14:55.000 --> 0:14:57.280
<v Speaker 1>a god of the fords, like a Festus. So you

0:14:57.320 --> 0:14:59.800
<v Speaker 1>know he would have had, you know, presumably had access

0:14:59.840 --> 0:15:04.600
<v Speaker 1>to all knowledge of metallurgy and uh and metal making

0:15:04.640 --> 0:15:07.640
<v Speaker 1>and crafting in general. Yeah, well, maybe we should take

0:15:07.680 --> 0:15:09.840
<v Speaker 1>a break and then we come back. We can explore

0:15:10.080 --> 0:15:13.680
<v Speaker 1>some questions about what the Ring of Power could possibly

0:15:13.720 --> 0:15:21.200
<v Speaker 1>be made of. All right, we're back. So you know

0:15:21.200 --> 0:15:23.720
<v Speaker 1>we're gonna again. We're gonna cherry pick a little bit here.

0:15:23.800 --> 0:15:25.520
<v Speaker 1>This is not going to be, you know, a perfect

0:15:25.840 --> 0:15:29.000
<v Speaker 1>dissection of everything. I don't think Tolkien was going for

0:15:29.200 --> 0:15:32.760
<v Speaker 1>hard sci fi no, and what I wanted him to,

0:15:32.960 --> 0:15:35.360
<v Speaker 1>you know, I mean, oh my god, wait, no, that's

0:15:35.360 --> 0:15:38.840
<v Speaker 1>a brilliant idea. So we've had various rewrites of Lord

0:15:38.840 --> 0:15:41.520
<v Speaker 1>of the Rings. Uh, you know, there is the rewrite

0:15:41.520 --> 0:15:44.200
<v Speaker 1>of the story that tells it from more Door's perspective

0:15:44.280 --> 0:15:47.600
<v Speaker 1>that casts like Gandalf and the Elves as as the

0:15:47.720 --> 0:15:50.360
<v Speaker 1>villains and says, actually, more Door is just a you know,

0:15:50.440 --> 0:15:52.560
<v Speaker 1>it's just a region of people who are trying to

0:15:52.640 --> 0:15:56.960
<v Speaker 1>develop industrial technology and they're being oppressed by these you know,

0:15:57.000 --> 0:16:01.200
<v Speaker 1>ancient kingdoms of magic users and they're fighting back. So

0:16:01.280 --> 0:16:04.000
<v Speaker 1>that that's like that, which which is a wonderful treatment idea.

0:16:04.040 --> 0:16:06.680
<v Speaker 1>I haven't read it, but it's a wonderful idea because

0:16:06.720 --> 0:16:09.000
<v Speaker 1>you see that in plenty of like in plenty of

0:16:09.040 --> 0:16:12.880
<v Speaker 1>myths and stories of old where he's got one side

0:16:13.000 --> 0:16:14.920
<v Speaker 1>is is cast as the heroes, the other side as

0:16:14.960 --> 0:16:18.920
<v Speaker 1>the demonic other, and the reality is is, you know,

0:16:19.320 --> 0:16:23.200
<v Speaker 1>is something different than that. There's something more balanced probably, yeah.

0:16:23.240 --> 0:16:25.520
<v Speaker 1>So so yeah, there's like that take. But here's the

0:16:25.520 --> 0:16:28.360
<v Speaker 1>take I want now, like the Arthur C. Clark version

0:16:28.600 --> 0:16:32.240
<v Speaker 1>of The Rings that tries to tell the same story

0:16:32.360 --> 0:16:36.680
<v Speaker 1>but just imagines everything is like totally mundane physics and

0:16:36.760 --> 0:16:41.800
<v Speaker 1>chemistry and and how all that has achieved. All right, well,

0:16:41.880 --> 0:16:44.840
<v Speaker 1>let's get into I guess some of the chemistry here. Um,

0:16:45.360 --> 0:16:48.720
<v Speaker 1>so let's just start by talking about things you could

0:16:48.720 --> 0:16:51.680
<v Speaker 1>throw a ring into in an attempt to melt it. Okay,

0:16:52.080 --> 0:16:55.720
<v Speaker 1>So so to refresh again, you've got this ring of power.

0:16:55.800 --> 0:16:57.640
<v Speaker 1>You need to destroy it to defeat the bad guy.

0:16:57.640 --> 0:16:59.760
<v Speaker 1>But you can't just throw it in a regular fire.

0:17:00.080 --> 0:17:02.720
<v Speaker 1>The heroes can't do anything about it except to take

0:17:02.720 --> 0:17:04.680
<v Speaker 1>it back to the volcano where it was made. That's

0:17:04.720 --> 0:17:06.800
<v Speaker 1>the only thing that will destroy it. Right. In terms

0:17:06.840 --> 0:17:09.760
<v Speaker 1>of fire sources, Gandalf says, fireplace isn't going to cut it.

0:17:09.840 --> 0:17:11.960
<v Speaker 1>A dwarf and furnace isn't gonna cut it. Only the

0:17:12.000 --> 0:17:14.840
<v Speaker 1>volcano can can cut it. So let's talk about the

0:17:14.840 --> 0:17:18.399
<v Speaker 1>temperatures involved here. So, uh, first of all, let's take

0:17:18.400 --> 0:17:21.399
<v Speaker 1>the Hobbits fireplace. If you look for a you know,

0:17:21.480 --> 0:17:25.200
<v Speaker 1>you look at a maximum open wood fireplace temperature. UM.

0:17:25.400 --> 0:17:28.200
<v Speaker 1>I was looking around for sources on this. I found

0:17:28.240 --> 0:17:30.240
<v Speaker 1>a few different different ones that that more or less

0:17:30.280 --> 0:17:34.280
<v Speaker 1>match up. Hearth dot com, which indeed is a place

0:17:34.359 --> 0:17:38.399
<v Speaker 1>for people who are just into fireplaces to talk about fireplaces. Uh,

0:17:38.520 --> 0:17:41.160
<v Speaker 1>they have like a message board, definitely, it's a full

0:17:41.160 --> 0:17:45.920
<v Speaker 1>message board, but its it lists an average fireplaces being

0:17:45.960 --> 0:17:51.720
<v Speaker 1>somewhere between uh one thousand, two hundred degrees to d

0:17:51.840 --> 0:17:54.560
<v Speaker 1>degrees fahrenheit. I've also seen it as high as sixteen

0:17:54.640 --> 0:17:58.000
<v Speaker 1>hundred um again for the hottest part of the fire,

0:17:58.960 --> 0:18:02.159
<v Speaker 1>where Froto never actually throws it because the will of

0:18:02.160 --> 0:18:04.679
<v Speaker 1>the Ring prevents it. Uh. And as far as Celsius,

0:18:04.680 --> 0:18:09.920
<v Speaker 1>we'd be talking a range of roughly what's six degrees okay? Uh?

0:18:10.000 --> 0:18:12.440
<v Speaker 1>And And to clarify there, I guess this doesn't really

0:18:12.480 --> 0:18:14.840
<v Speaker 1>matter for the episode. But that's another thing about the

0:18:14.920 --> 0:18:16.760
<v Speaker 1>Ring is that the wing, the ring sort of has

0:18:16.800 --> 0:18:19.600
<v Speaker 1>a will of its own, and so it even when

0:18:19.600 --> 0:18:22.119
<v Speaker 1>a character wants to destroy it, the Ring sort of

0:18:22.200 --> 0:18:25.440
<v Speaker 1>messes with their mind and says, maybe you shouldn't destroy it.

0:18:25.680 --> 0:18:28.040
<v Speaker 1>So it's implied here that maybe Frodo was trying to

0:18:28.080 --> 0:18:30.800
<v Speaker 1>destroy it, but he hedged a bit threw it into

0:18:30.840 --> 0:18:33.400
<v Speaker 1>the cooler part of the fire. Is that what you're saying? Um,

0:18:34.480 --> 0:18:37.119
<v Speaker 1>I'm not sure about that, Like the first time it

0:18:37.160 --> 0:18:40.080
<v Speaker 1>goes into the fire. Yeah, perhaps, though I mean really probably,

0:18:40.160 --> 0:18:42.480
<v Speaker 1>because that's how the Ring works, and that's how it

0:18:42.640 --> 0:18:46.959
<v Speaker 1>works its will. Okay. So the Hobbits fireplace, we'll come

0:18:46.960 --> 0:18:50.199
<v Speaker 1>back to those. Uh. That actual temperature again, the Hobbits

0:18:50.240 --> 0:18:53.960
<v Speaker 1>fireplaces get hotter than than other fireplaces are not as hot.

0:18:54.160 --> 0:18:55.679
<v Speaker 1>And I was just say, they're just as hot as

0:18:55.720 --> 0:18:58.640
<v Speaker 1>any fireplace. It's standard, you know, I mean it's an

0:18:58.640 --> 0:19:02.000
<v Speaker 1>open fireplace. Now, let's u sit. None of the dwarves

0:19:02.000 --> 0:19:05.560
<v Speaker 1>they're really into working metal, right, Yes, so dwarves are

0:19:05.560 --> 0:19:08.080
<v Speaker 1>known for their metal work. So this makes us wonder

0:19:08.200 --> 0:19:11.639
<v Speaker 1>what is the maximum temperature of a furnace, But specifically

0:19:11.640 --> 0:19:15.000
<v Speaker 1>we should think about a medieval furnace, right, because essentially

0:19:15.240 --> 0:19:17.280
<v Speaker 1>the fantasy world of the Lord of the Rings is

0:19:17.359 --> 0:19:20.119
<v Speaker 1>as a medieval world. They're not in some like steel

0:19:20.160 --> 0:19:23.760
<v Speaker 1>foundry of today. Right. So a typical blast furnace today

0:19:23.840 --> 0:19:26.639
<v Speaker 1>that's going to reach temperatures of up to three thousand

0:19:26.720 --> 0:19:30.560
<v Speaker 1>degrees fahrenheit or uh one thousand, six hundred and fifty

0:19:30.680 --> 0:19:35.119
<v Speaker 1>degrees celsius. But during the Middle Ages, smelting tempts in

0:19:35.200 --> 0:19:38.359
<v Speaker 1>Europe were not quite that high. So I was looking

0:19:38.400 --> 0:19:41.080
<v Speaker 1>around for a source on this, and I ran across

0:19:41.240 --> 0:19:46.119
<v Speaker 1>a website called our lima dot net. And this is

0:19:46.359 --> 0:19:50.479
<v Speaker 1>by Bert Hall from the Institute of for the History

0:19:50.720 --> 0:19:54.280
<v Speaker 1>and Philosophy of Science and Technology at the University of Toronto,

0:19:54.800 --> 0:19:57.879
<v Speaker 1>and he says the following quote, the temperature inside the

0:19:57.920 --> 0:20:01.920
<v Speaker 1>furnace is a critical variable. Most early smelters in Europe

0:20:01.920 --> 0:20:05.639
<v Speaker 1>could reach average temperatures of about seven hundred degrees celsius

0:20:05.720 --> 0:20:10.600
<v Speaker 1>and uh, that would be one thousand two d degrees fahrenheit.

0:20:11.200 --> 0:20:13.880
<v Speaker 1>And he continues. Now, pure iron has a very high

0:20:13.960 --> 0:20:18.119
<v Speaker 1>melting point, about one thousand, five thirty degrees celsius, and

0:20:18.160 --> 0:20:21.520
<v Speaker 1>that would be two thousand, seven eighty six degrees fahrenheit.

0:20:22.280 --> 0:20:25.680
<v Speaker 1>So when the newly formed mass of iron coalesces at

0:20:25.680 --> 0:20:29.320
<v Speaker 1>seven hundred degrees, it remains a red hot, slightly plastic

0:20:29.440 --> 0:20:32.639
<v Speaker 1>solid called a bloom. The smith can hammer on this

0:20:32.720 --> 0:20:35.200
<v Speaker 1>hot mass to shape it and to make it it's

0:20:35.320 --> 0:20:39.520
<v Speaker 1>extrude lumps of impurities that it might otherwise congeal around.

0:20:40.119 --> 0:20:41.840
<v Speaker 1>So that would give us a basic temperature to work

0:20:41.840 --> 0:20:45.760
<v Speaker 1>with here, seven hundred degrees celsius or one thousand, two

0:20:45.840 --> 0:20:48.920
<v Speaker 1>hundred degrees fahrenheit. Okay, So one thing that points out,

0:20:48.960 --> 0:20:51.160
<v Speaker 1>which might be relevant to what we're talking about here,

0:20:51.200 --> 0:20:54.119
<v Speaker 1>is you don't have to fully reach the melting point

0:20:54.280 --> 0:20:57.280
<v Speaker 1>of a metal in order to do something to it right.

0:20:57.400 --> 0:21:01.400
<v Speaker 1>You can. You can work with metal that's not fully liquefied.

0:21:01.600 --> 0:21:04.240
<v Speaker 1>You can just get it up to a temperature where

0:21:04.320 --> 0:21:07.560
<v Speaker 1>its strength is reduced and you can deform it to

0:21:07.760 --> 0:21:09.800
<v Speaker 1>hammer the cuss out of it. Once it's soft, you

0:21:09.800 --> 0:21:11.920
<v Speaker 1>don't have to like reduce it into a liquid that

0:21:11.920 --> 0:21:15.159
<v Speaker 1>you pour into a mold or something. Um So. And

0:21:15.400 --> 0:21:17.479
<v Speaker 1>then but one of the things that Gandalf mentions two

0:21:17.520 --> 0:21:19.159
<v Speaker 1>is you can't just be this thing with a hammer

0:21:19.200 --> 0:21:22.000
<v Speaker 1>and expect to destroy it either. So my read on

0:21:22.040 --> 0:21:25.719
<v Speaker 1>this to sort of you know, uh, you know, underpin

0:21:25.880 --> 0:21:28.439
<v Speaker 1>what we're talking about here is if we think of

0:21:28.480 --> 0:21:30.840
<v Speaker 1>the ring, I think of it like a like a

0:21:30.920 --> 0:21:34.560
<v Speaker 1>mythical magical creature like a vampire or something where you

0:21:34.600 --> 0:21:36.760
<v Speaker 1>can't just shoot it. You have to be headed or

0:21:36.840 --> 0:21:40.600
<v Speaker 1>completely immolated like there must you must reach a threshold

0:21:40.640 --> 0:21:44.119
<v Speaker 1>of absolute destruction to keep it from you know, healing

0:21:44.160 --> 0:21:47.399
<v Speaker 1>itself or or whatnot. Okay, so maybe the idea is

0:21:47.440 --> 0:21:50.199
<v Speaker 1>if you slightly deformed the ring, it would kind of

0:21:50.240 --> 0:21:53.280
<v Speaker 1>bounce back, because again, the ring has a will of

0:21:53.320 --> 0:21:56.480
<v Speaker 1>its own. Yeah. That's my imperfect read on this, because

0:21:56.480 --> 0:21:58.680
<v Speaker 1>some people might say, well, technically Gandalf says, the ring

0:21:58.720 --> 0:22:01.480
<v Speaker 1>doesn't even get hot in the fire. Okay, fine, that's true.

0:22:02.040 --> 0:22:04.119
<v Speaker 1>I was also trying to look for things about that

0:22:04.200 --> 0:22:07.159
<v Speaker 1>about like metals that don't get hot when heat. I

0:22:07.160 --> 0:22:10.640
<v Speaker 1>guess that would be poor thermal conductors. Uh, there are

0:22:10.720 --> 0:22:13.000
<v Speaker 1>some like like bismuth is a metal that is a

0:22:13.040 --> 0:22:16.679
<v Speaker 1>poor thermal conductor. I don't mean to suggest that the

0:22:16.760 --> 0:22:18.800
<v Speaker 1>token had in mind that the ring was made out

0:22:18.840 --> 0:22:20.960
<v Speaker 1>of bismuth. Of course, bismuth has a has a much

0:22:21.000 --> 0:22:25.200
<v Speaker 1>lower melting point, so that easily melted in a furnace. Yeah.

0:22:25.600 --> 0:22:28.520
<v Speaker 1>So anyway, I'm going to stick to my interpretation that

0:22:29.000 --> 0:22:31.639
<v Speaker 1>to destroy the ring of power, you would have to

0:22:31.680 --> 0:22:34.480
<v Speaker 1>destroy it absolutely. You would have to just completely either

0:22:34.560 --> 0:22:38.080
<v Speaker 1>shatter it into uh, into dust or even better and

0:22:38.480 --> 0:22:41.800
<v Speaker 1>more easily done in a in a world like this

0:22:42.240 --> 0:22:45.920
<v Speaker 1>melted into nothing. But as we've discussed already, a fireplace

0:22:45.960 --> 0:22:48.080
<v Speaker 1>isn't gonna do it, and a dwarf and furnace isn't

0:22:48.080 --> 0:22:50.240
<v Speaker 1>gonna be able to do it either, assuming that it's

0:22:50.280 --> 0:22:53.400
<v Speaker 1>you know, more or less a parallel to medieval smelting technology.

0:22:53.440 --> 0:22:55.560
<v Speaker 1>All right, so apparently you've got to use volcano. But

0:22:55.800 --> 0:22:58.399
<v Speaker 1>that makes me wonder how hot the volcanoes get. Do

0:22:58.480 --> 0:23:01.919
<v Speaker 1>they actually get hotter than furnace? Yes? Uh, they do.

0:23:02.000 --> 0:23:04.399
<v Speaker 1>So I was looking into this, Um, you know, so

0:23:04.520 --> 0:23:08.480
<v Speaker 1>Mount Doom is a volcano. We have volcanoes, so uh,

0:23:08.800 --> 0:23:10.760
<v Speaker 1>luckily we can we can definitely, you know, we can

0:23:10.800 --> 0:23:13.159
<v Speaker 1>definitely look to that like that. The volcano isn't going

0:23:13.240 --> 0:23:15.320
<v Speaker 1>to change. You can't say, oh, it's a dwarf in volcano,

0:23:15.359 --> 0:23:17.000
<v Speaker 1>maybe it would have been different. No, it's a volcano.

0:23:17.480 --> 0:23:20.320
<v Speaker 1>So we're talking about the temperature of magma. Uh. And

0:23:20.400 --> 0:23:22.960
<v Speaker 1>there are a few different types of magma to consider. So,

0:23:23.040 --> 0:23:26.520
<v Speaker 1>for instance, there's a basaltic magma which is high and iron,

0:23:26.600 --> 0:23:29.560
<v Speaker 1>magnesium and calcium, but low and potassium and sodium, and

0:23:29.600 --> 0:23:32.440
<v Speaker 1>it ranges in temperature from about a thousand celsius to

0:23:32.880 --> 0:23:37.719
<v Speaker 1>one thousand, two hundred celsius. And that's between one thousand,

0:23:37.720 --> 0:23:40.760
<v Speaker 1>eight hundred thirty two degrees fahrenheit and two thousand, one

0:23:40.840 --> 0:23:44.239
<v Speaker 1>hundred and ninety two degrees fahrenheit. Um and uh and

0:23:44.320 --> 0:23:48.199
<v Speaker 1>that's a specific example of this fountaining magma from Coupe

0:23:48.200 --> 0:23:53.040
<v Speaker 1>Bay Anaha um Uh it's a volcano in Hawaii. Uh.

0:23:53.040 --> 0:23:57.800
<v Speaker 1>And this is uh basalt magma here, uh, the magma

0:23:57.800 --> 0:24:00.480
<v Speaker 1>in the lake. There has been a record to reach

0:24:00.560 --> 0:24:04.560
<v Speaker 1>temperatures of one thousand fifty three degrees celsius or two thousand,

0:24:04.600 --> 0:24:07.399
<v Speaker 1>one hundred and seven point four degrees fahrenheit, and that

0:24:07.480 --> 0:24:11.360
<v Speaker 1>was on January nine, nineteen ninety uh. This, according to Pinkerton,

0:24:11.480 --> 0:24:14.240
<v Speaker 1>at all a hot ear for lava, right, and this

0:24:14.400 --> 0:24:17.200
<v Speaker 1>is thought to be a reasonable reflection of the internal

0:24:17.280 --> 0:24:21.480
<v Speaker 1>lava temperature. One thing to even mind is that the lava,

0:24:22.119 --> 0:24:24.040
<v Speaker 1>the lava at the surface, is going to cool off

0:24:24.160 --> 0:24:27.199
<v Speaker 1>very quickly when it contacts the air, dropping hundreds of

0:24:27.240 --> 0:24:30.200
<v Speaker 1>degrees in a second. This pointed out in an excellent

0:24:30.640 --> 0:24:33.840
<v Speaker 1>article in The New York Times by c Clayborne Ray

0:24:34.000 --> 0:24:37.440
<v Speaker 1>titled how hot can lava gate? So I reckon question? Yeah,

0:24:37.440 --> 0:24:39.560
<v Speaker 1>I recommend that for anyone wants a deeper dive. But

0:24:39.800 --> 0:24:41.280
<v Speaker 1>now there are a few other different types of magma

0:24:41.359 --> 0:24:43.879
<v Speaker 1>as well, but I'm just gonna skip over those because

0:24:43.920 --> 0:24:47.200
<v Speaker 1>we've already touched on the hottest magma and and it's

0:24:47.240 --> 0:24:49.600
<v Speaker 1>it's Mount Doomed, so it should be the hottest magma.

0:24:49.840 --> 0:24:53.560
<v Speaker 1>Maybe we should because the other magma names has sound

0:24:53.680 --> 0:24:57.680
<v Speaker 1>like Tolkien words and acidic magma you've got them here,

0:24:57.760 --> 0:25:02.639
<v Speaker 1>rhyolitic magma rhyolytics sounds very token. It is. Yeah, Dasite

0:25:02.760 --> 0:25:06.760
<v Speaker 1>is the other one. Ryotel. But but these are these

0:25:06.800 --> 0:25:09.160
<v Speaker 1>are all gonna have you know, these are gonna be cool.

0:25:09.200 --> 0:25:12.520
<v Speaker 1>They're still magma, they're still very hot. But we're gonna

0:25:12.520 --> 0:25:15.280
<v Speaker 1>stick with the with it with the hottest magma for

0:25:15.320 --> 0:25:18.160
<v Speaker 1>our purposes here and again, the hottest magma we've considered

0:25:18.200 --> 0:25:20.600
<v Speaker 1>here is one thousand, two hundred degrees celsius or two

0:25:20.600 --> 0:25:25.479
<v Speaker 1>thousand one hugrees fahrenheit, and the medieval forge temperatures, uh,

0:25:25.680 --> 0:25:28.080
<v Speaker 1>you know, are seemingly in the range of seven hundred

0:25:28.080 --> 0:25:32.200
<v Speaker 1>degrees celsius or one thousand two degrees fahrenheit. So it's

0:25:32.200 --> 0:25:36.439
<v Speaker 1>definitely a situation where the forage is not as hot

0:25:36.480 --> 0:25:38.520
<v Speaker 1>as the magma. Like we can at least we can

0:25:38.560 --> 0:25:41.119
<v Speaker 1>at least say that, yes, this makes sense that something

0:25:41.160 --> 0:25:43.520
<v Speaker 1>that could not be burned in the dwarf and forge

0:25:43.960 --> 0:25:47.560
<v Speaker 1>could still be burned, could be still be melted away

0:25:47.680 --> 0:25:50.359
<v Speaker 1>inside of a volcano. Now, if we were talking about

0:25:50.359 --> 0:25:54.560
<v Speaker 1>a modern furnace, that would would be a significantly different issue. Yes,

0:25:54.720 --> 0:25:59.000
<v Speaker 1>so a modern furnace is going to trump the mountain.

0:25:59.640 --> 0:26:02.680
<v Speaker 1>And and I think you know, Gandalf mentions dragon fire

0:26:02.760 --> 0:26:06.440
<v Speaker 1>like nice healthy smog. Dragon fire could have done it.

0:26:06.720 --> 0:26:08.280
<v Speaker 1>And if we think of that as being more or

0:26:08.320 --> 0:26:11.159
<v Speaker 1>less on par with perhaps a modern blast furnace. Uh,

0:26:11.320 --> 0:26:13.280
<v Speaker 1>that would have been like, you know, the three thousand

0:26:13.280 --> 0:26:17.800
<v Speaker 1>degrees fahrenheit um than than Yeah, that's that's that's another

0:26:17.880 --> 0:26:19.199
<v Speaker 1>number to just sort of keep in the back of

0:26:19.200 --> 0:26:21.240
<v Speaker 1>our mind as we proceed here. So what you should

0:26:21.240 --> 0:26:23.640
<v Speaker 1>have done is just give somebody the ring and then

0:26:23.720 --> 0:26:26.680
<v Speaker 1>get them to go annoy a dragon. But there are

0:26:26.720 --> 0:26:29.320
<v Speaker 1>no more dragons left, or at least none that are

0:26:29.400 --> 0:26:32.399
<v Speaker 1>healthy enough to do this. That's that's Gandalf's point, because

0:26:32.400 --> 0:26:35.160
<v Speaker 1>Smag could have probably done it, but you already killed

0:26:35.160 --> 0:26:39.560
<v Speaker 1>off Smog in the first book. Also, you know, Smag

0:26:39.560 --> 0:26:41.680
<v Speaker 1>wouldn't have gone along with that plan. He would have

0:26:42.480 --> 0:26:46.399
<v Speaker 1>sniffed it out too clever for that. So so that

0:26:46.480 --> 0:26:49.200
<v Speaker 1>leads us to consider all, like all the elements then,

0:26:50.080 --> 0:26:53.639
<v Speaker 1>and which ones have a high enough melting point that

0:26:53.720 --> 0:26:58.000
<v Speaker 1>they would be beyond the melting abilities of of the

0:26:58.080 --> 0:27:02.560
<v Speaker 1>dwarve in furnace but within the milt abilities of the volcano. Okay,

0:27:02.600 --> 0:27:04.760
<v Speaker 1>that makes sense to me. So again, the highest temperature

0:27:04.760 --> 0:27:08.000
<v Speaker 1>we've reached here via magma two thousand, one hundred ninety

0:27:08.000 --> 0:27:11.639
<v Speaker 1>two degrees fahrenheit or one thousand, two hundred degrees celsius.

0:27:12.160 --> 0:27:14.679
<v Speaker 1>And when we start looking at the melting points of

0:27:14.720 --> 0:27:17.800
<v Speaker 1>various elements, there there are elements that are below that

0:27:17.960 --> 0:27:20.560
<v Speaker 1>that melting point. There are also elements that have a

0:27:20.640 --> 0:27:23.760
<v Speaker 1>much higher melting point that that you could you could

0:27:23.800 --> 0:27:26.879
<v Speaker 1>not fully melt even within the fires of Mountain Doom,

0:27:27.000 --> 0:27:29.359
<v Speaker 1>well unless you assume to the Mountain Doom is somehow

0:27:29.600 --> 0:27:32.119
<v Speaker 1>magical in some way. Right now. One of the one

0:27:32.160 --> 0:27:34.159
<v Speaker 1>of the problems I guess here is though, when you

0:27:34.200 --> 0:27:37.400
<v Speaker 1>start looking at some just like standard metals that could

0:27:37.480 --> 0:27:40.000
<v Speaker 1>be uh you know, they could you could forge a

0:27:40.119 --> 0:27:43.200
<v Speaker 1>ring out of even some of them, Like we're doing

0:27:43.320 --> 0:27:47.280
<v Speaker 1>some pretty high melting points, Like melting point of iron

0:27:47.640 --> 0:27:51.560
<v Speaker 1>is um uh two thousand, eight hundred degrees fahrenheit. Melting

0:27:51.600 --> 0:27:54.040
<v Speaker 1>point of steel gets up that high as well. Uh

0:27:54.080 --> 0:27:57.520
<v Speaker 1>So like these are already, um you know, these are

0:27:57.520 --> 0:28:01.040
<v Speaker 1>gonna be beyond the ability of of Mount Doom to

0:28:01.280 --> 0:28:03.960
<v Speaker 1>fully melt, if that's indeed what we have to depend on.

0:28:04.600 --> 0:28:07.000
<v Speaker 1>And then you look at other things like like a

0:28:07.080 --> 0:28:10.280
<v Speaker 1>palladium has a melting point of two thousand, eight hundred

0:28:10.320 --> 0:28:14.280
<v Speaker 1>and thirty point eight two degrees fahrenheit. Uh tungsten uh

0:28:14.440 --> 0:28:19.080
<v Speaker 1>six thousand, one nine two degrees fahrenheit, uranium two thousand

0:28:19.160 --> 0:28:23.040
<v Speaker 1>and seventy degrees fahrenheit. You know, these are again for

0:28:23.040 --> 0:28:28.040
<v Speaker 1>for absolute melting to take place. Uh. So you know

0:28:28.040 --> 0:28:31.240
<v Speaker 1>that kind of muddies things a bit, I guess. But

0:28:31.240 --> 0:28:32.960
<v Speaker 1>but then again, one of the things to think about

0:28:32.960 --> 0:28:35.320
<v Speaker 1>Saron is that, like he's a powerful entity. I wonder

0:28:35.560 --> 0:28:37.840
<v Speaker 1>is he even limited by just going to the shores

0:28:37.920 --> 0:28:40.240
<v Speaker 1>of the volcanic lake, Like maybe he can go down

0:28:40.400 --> 0:28:43.880
<v Speaker 1>within the volcano, maybe he can he can go to

0:28:44.040 --> 0:28:47.600
<v Speaker 1>even greater depths in the earth, and and that's where

0:28:47.640 --> 0:28:50.280
<v Speaker 1>the foraging is taking place. You know that, like this

0:28:50.320 --> 0:28:53.240
<v Speaker 1>is something that is forged not nearly within a volcano,

0:28:53.360 --> 0:28:56.280
<v Speaker 1>but within like the heart of the earth, the depths

0:28:56.280 --> 0:28:58.840
<v Speaker 1>of Mount Doom, not not the surface of Mount Doom.

0:28:59.120 --> 0:29:02.880
<v Speaker 1>Right now, I ended up like making a whole list

0:29:02.920 --> 0:29:06.560
<v Speaker 1>of different elements, and they're melting points in both celsius

0:29:06.600 --> 0:29:08.880
<v Speaker 1>and fahrenheit, which I am I'm going to not read

0:29:09.000 --> 0:29:13.320
<v Speaker 1>that entire list because it's if we get tedious fast. Uh.

0:29:13.360 --> 0:29:14.760
<v Speaker 1>And also, you know when we throw a bunch of

0:29:14.800 --> 0:29:16.920
<v Speaker 1>numbers at you, I know it's it's not gonna necessarily

0:29:16.920 --> 0:29:20.760
<v Speaker 1>do anything. But basically, you know, there's a whole range

0:29:20.760 --> 0:29:24.960
<v Speaker 1>here things with greater and lesser melting points, but not

0:29:25.000 --> 0:29:26.800
<v Speaker 1>all of them are going to be quite suitable for

0:29:26.840 --> 0:29:31.360
<v Speaker 1>crafting anything out of you especially a ring. Uh and

0:29:31.360 --> 0:29:33.960
<v Speaker 1>and god bless the Internet for this, but there are

0:29:34.000 --> 0:29:37.640
<v Speaker 1>there are tons of discussions online regarding whether you could

0:29:37.640 --> 0:29:40.520
<v Speaker 1>make a sword out of any given element. So there'll

0:29:40.520 --> 0:29:42.000
<v Speaker 1>be a lot of you know, some of these are

0:29:42.120 --> 0:29:45.320
<v Speaker 1>are you know, fantasy or sci fi or sometimes you

0:29:45.320 --> 0:29:48.240
<v Speaker 1>know more they're more like you know, sword nerd websites

0:29:48.280 --> 0:29:49.920
<v Speaker 1>and someone will be like, could I make a sword

0:29:49.920 --> 0:29:53.000
<v Speaker 1>out of uranium? And people be like, well, then not

0:29:53.160 --> 0:29:55.400
<v Speaker 1>a very good sword. Yes you could make you could

0:29:55.440 --> 0:29:57.280
<v Speaker 1>make a sword, but it would be heavy, it wouldn't

0:29:57.400 --> 0:29:59.320
<v Speaker 1>the fact that it was made out of uranium wouldn't

0:29:59.360 --> 0:30:01.560
<v Speaker 1>really give you much of an advantage in combat. That

0:30:01.680 --> 0:30:04.640
<v Speaker 1>sort of thing. Or you know, titanium being another one

0:30:04.720 --> 0:30:08.520
<v Speaker 1>where similar questions are asked. Uh, you know where pure

0:30:08.520 --> 0:30:12.240
<v Speaker 1>titanium sort. It sounds great in a you know, fantasy sense,

0:30:12.280 --> 0:30:14.360
<v Speaker 1>but when you start looking at the details there, well,

0:30:14.600 --> 0:30:16.640
<v Speaker 1>it would be you know, it would it would be more,

0:30:16.720 --> 0:30:19.040
<v Speaker 1>it would be brittle. It wouldn't hold up to repeated use,

0:30:19.080 --> 0:30:22.200
<v Speaker 1>that sort of thing. One of the more impressive elements

0:30:22.240 --> 0:30:26.880
<v Speaker 1>that pops up, though, is tungsten um. Tungsten has a

0:30:26.960 --> 0:30:30.640
<v Speaker 1>melting point of six thousand one dgrees fahrenheit or three thousand,

0:30:30.640 --> 0:30:33.600
<v Speaker 1>four hundred and twenty two degrees celsius, and it has

0:30:33.600 --> 0:30:36.520
<v Speaker 1>a number of industrial uses due to its durability, and

0:30:36.600 --> 0:30:39.960
<v Speaker 1>it's used in alloys for this purpose as well, because

0:30:39.960 --> 0:30:43.000
<v Speaker 1>it is very resistant to heat. Not only is tungsten

0:30:43.280 --> 0:30:46.640
<v Speaker 1>potentially a great choice for the one ring, uh you

0:30:46.800 --> 0:30:49.320
<v Speaker 1>you can actually go online right now and you can

0:30:49.480 --> 0:30:53.400
<v Speaker 1>order tungsten or tungsten alloy replicas of the one Ring

0:30:53.480 --> 0:30:55.880
<v Speaker 1>from the Lord of the Rings movie. So I don't

0:30:55.880 --> 0:30:58.680
<v Speaker 1>think we're breaking any new ground by saying maybe tungsten

0:30:59.360 --> 0:31:02.880
<v Speaker 1>um so you can heat them up and they'll glow. Yeah, Well,

0:31:03.280 --> 0:31:05.440
<v Speaker 1>I don't know. There weren't any product images that show

0:31:05.520 --> 0:31:10.040
<v Speaker 1>people taking them up in their hobbit and their shier hearts.

0:31:11.200 --> 0:31:14.480
<v Speaker 1>But an interesting thing about about something like tungsten, because

0:31:14.560 --> 0:31:16.520
<v Speaker 1>because it might you know, it forces you to ask, well,

0:31:16.560 --> 0:31:19.480
<v Speaker 1>how do you forge something with such a high temperature?

0:31:19.760 --> 0:31:23.120
<v Speaker 1>So it's it's not worked like other metals in a forge.

0:31:23.560 --> 0:31:26.520
<v Speaker 1>What you do is you take powdered tungsten and it's

0:31:26.560 --> 0:31:29.760
<v Speaker 1>generally mixed with small amounts of say, powdered nickel or

0:31:29.800 --> 0:31:33.800
<v Speaker 1>other metals, and then it is centered or formed into

0:31:33.840 --> 0:31:38.160
<v Speaker 1>a coherent mass by heating without melting. So this could

0:31:38.160 --> 0:31:43.280
<v Speaker 1>conceivably be the forging technology that that's saar On acquires

0:31:43.320 --> 0:31:46.760
<v Speaker 1>from the you know, the smelting lords of old and

0:31:47.040 --> 0:31:49.880
<v Speaker 1>brings into his creation of the One Ring. Uh, you

0:31:49.920 --> 0:31:53.040
<v Speaker 1>know again, there's still some problems there when you started saying, well, then,

0:31:53.240 --> 0:31:57.080
<v Speaker 1>you know, how how is it destroyed? Then? But I

0:31:57.120 --> 0:31:59.800
<v Speaker 1>think tungsten is a you know, a reasonable guess. If

0:31:59.800 --> 0:32:02.080
<v Speaker 1>we're to limit ourselves to the you know, the scientific

0:32:02.120 --> 0:32:05.240
<v Speaker 1>world for making guesses about uh, you know, highly powerful

0:32:05.320 --> 0:32:09.720
<v Speaker 1>magical objects, how about some crazier guesses. Yeah, well, let's

0:32:09.840 --> 0:32:11.720
<v Speaker 1>let's take a quick break, and when we come back,

0:32:12.120 --> 0:32:15.520
<v Speaker 1>we'll get crazier with our guesses regarding the material that

0:32:15.600 --> 0:32:22.520
<v Speaker 1>was used to compose the One Ring. Alright, we're back.

0:32:22.720 --> 0:32:25.920
<v Speaker 1>We're talking about the One Ring and what it could

0:32:26.040 --> 0:32:29.400
<v Speaker 1>conceivably be made of aside from magic. Okay, I think

0:32:29.400 --> 0:32:32.200
<v Speaker 1>we're getting into weirder possible answers now, but I was

0:32:32.240 --> 0:32:34.600
<v Speaker 1>just trying to figure out. You know, there's a there's

0:32:34.600 --> 0:32:37.160
<v Speaker 1>that scene where Gimli tries to smash it with his ax,

0:32:37.720 --> 0:32:40.800
<v Speaker 1>and you have to assume that since Gimle Gimli's a

0:32:40.880 --> 0:32:43.360
<v Speaker 1>he's a tough dude, right, he should be able to

0:32:43.360 --> 0:32:46.640
<v Speaker 1>cleave just about any middle earthly material with a swift

0:32:46.680 --> 0:32:50.840
<v Speaker 1>blow of his mighty acts. Right, So what could withstand

0:32:50.960 --> 0:32:53.320
<v Speaker 1>his mind? And furthermore, I should point out in the

0:32:53.360 --> 0:32:57.160
<v Speaker 1>movie version with Peter Jackson, it's John Ree Davies. And

0:32:57.200 --> 0:32:59.960
<v Speaker 1>even if Gimli couldn't smash the ring, John Ree stay

0:33:00.080 --> 0:33:02.080
<v Speaker 1>v should be able to smash throing. He I mean,

0:33:02.080 --> 0:33:05.600
<v Speaker 1>he brings the solid energy. So whatever that is, I

0:33:05.640 --> 0:33:07.920
<v Speaker 1>have to assume it's got to be like the strongest

0:33:08.040 --> 0:33:11.000
<v Speaker 1>material in the entire world. So what is the strongest

0:33:11.120 --> 0:33:14.719
<v Speaker 1>material in the entire world? I think it depends on

0:33:14.760 --> 0:33:21.040
<v Speaker 1>whether you're counting hypothetical materials that may exist somewhere in

0:33:21.080 --> 0:33:25.200
<v Speaker 1>the universe versus materials that we can actually touch here

0:33:25.200 --> 0:33:27.640
<v Speaker 1>in the lab. But maybe first we go to the

0:33:27.680 --> 0:33:31.760
<v Speaker 1>hypothetical materials somewhere in the universe. So it is the

0:33:31.800 --> 0:33:35.480
<v Speaker 1>fate of some dying stars to become a neutron star.

0:33:36.120 --> 0:33:38.760
<v Speaker 1>Recently on the podcast, also we've been talking about black holes,

0:33:38.800 --> 0:33:41.720
<v Speaker 1>and this is a similar story. You've got a massive star,

0:33:42.200 --> 0:33:44.920
<v Speaker 1>maybe something with about ten times the mass of the Sun.

0:33:45.400 --> 0:33:49.200
<v Speaker 1>It grows old, it uses up its hydrogen fuel, it

0:33:49.280 --> 0:33:53.200
<v Speaker 1>begins fusing heavier elements, and then it uses those up.

0:33:53.320 --> 0:33:55.800
<v Speaker 1>It can't hold itself up with the energy of its

0:33:55.800 --> 0:34:00.200
<v Speaker 1>fusion anymore, and it eventually explodes in a supernova. The

0:34:00.200 --> 0:34:03.920
<v Speaker 1>heavy core collapses, the outer structure of lighter materials gets

0:34:03.960 --> 0:34:07.600
<v Speaker 1>blown out into space in this enormous blast of energy

0:34:07.640 --> 0:34:11.480
<v Speaker 1>and matter, and what's left behind is this incredibly dense core,

0:34:12.000 --> 0:34:15.560
<v Speaker 1>and gravity causes it to collapse in on itself. And

0:34:16.080 --> 0:34:18.319
<v Speaker 1>if the core is dense enough, it can go over

0:34:18.360 --> 0:34:20.239
<v Speaker 1>the edge, of course and become a black hole. But

0:34:20.280 --> 0:34:23.640
<v Speaker 1>if it's not dense enough, it becomes a neutron star,

0:34:23.840 --> 0:34:27.560
<v Speaker 1>the densest non black hole object in the universe, so

0:34:27.640 --> 0:34:31.880
<v Speaker 1>basically the densest thing that doesn't break our theories of physics.

0:34:31.920 --> 0:34:36.719
<v Speaker 1>So these leftover star cores display bizarre nuclear chemistry because

0:34:36.719 --> 0:34:38.719
<v Speaker 1>of how dense they are. You can tell from the

0:34:38.840 --> 0:34:42.919
<v Speaker 1>name neutron star. They tend to have an overwhelming population

0:34:43.320 --> 0:34:47.080
<v Speaker 1>of neutrons the sub atomic particles that are electrically neutral,

0:34:47.520 --> 0:34:50.719
<v Speaker 1>and this is because the intense gravity of the object

0:34:51.080 --> 0:34:56.520
<v Speaker 1>presses positively charged protons and negatively charged electrons together and

0:34:56.560 --> 0:35:00.520
<v Speaker 1>they combine to form neutrons. And so neutron on stars

0:35:00.520 --> 0:35:04.000
<v Speaker 1>have physical properties that are amazing to read about and

0:35:04.120 --> 0:35:07.759
<v Speaker 1>impossible to picture. That they can cram more than the

0:35:07.800 --> 0:35:11.319
<v Speaker 1>mass of the Sun into a sphere that's roughly just

0:35:11.640 --> 0:35:14.360
<v Speaker 1>a dozen miles or so across, like the mass of

0:35:14.400 --> 0:35:16.880
<v Speaker 1>the Sun inside a ball the size of a city.

0:35:17.360 --> 0:35:19.160
<v Speaker 1>And for a long time it's been a mystery of

0:35:19.200 --> 0:35:22.799
<v Speaker 1>astrophysics what exactly the inner layers of a neutron star

0:35:22.880 --> 0:35:26.840
<v Speaker 1>are made of. But more recently physicists have created these

0:35:26.920 --> 0:35:31.160
<v Speaker 1>simulations of what should be happening inside the flesh of

0:35:31.160 --> 0:35:34.400
<v Speaker 1>a neutron star, and they show these strange types of

0:35:34.600 --> 0:35:38.680
<v Speaker 1>ultra dense material probably living underneath the outer crust of

0:35:38.719 --> 0:35:42.960
<v Speaker 1>neutron stars. And these materials are known as nuclear pasta.

0:35:43.520 --> 0:35:46.720
<v Speaker 1>They're named that because in the simulations they sometimes resemble

0:35:46.800 --> 0:35:50.840
<v Speaker 1>different pasta shapes. Uh and like these different pasta shapes

0:35:51.120 --> 0:35:54.080
<v Speaker 1>would form a different strata of the neutron star. I think,

0:35:54.320 --> 0:35:57.560
<v Speaker 1>so you get nuclear spaghetti, you get no key, you

0:35:57.600 --> 0:36:03.040
<v Speaker 1>get buka tini or anti spaghetti, and you get lasagna sheets. Now, obviously,

0:36:03.120 --> 0:36:06.880
<v Speaker 1>because of the incredible density of this neutron swollen material,

0:36:07.160 --> 0:36:09.320
<v Speaker 1>it's probably gonna be hard to cleave it with an AX.

0:36:09.480 --> 0:36:11.879
<v Speaker 1>But how strong is it? While I was looking at

0:36:11.880 --> 0:36:16.120
<v Speaker 1>one study from eighteen by Kaplan, Schneider, and Horowitz called

0:36:16.200 --> 0:36:20.960
<v Speaker 1>Elasticity of nuclear pasta in Physical Review Letters and H

0:36:21.120 --> 0:36:23.960
<v Speaker 1>some of this nuclear pasta, they concluded, is probably the

0:36:24.040 --> 0:36:29.280
<v Speaker 1>strongest material in the entire universe, ten billion times stronger

0:36:29.320 --> 0:36:32.640
<v Speaker 1>than steel. So that's strong enough for you. That's pretty strong.

0:36:32.760 --> 0:36:34.040
<v Speaker 1>I don't know. I mean, I don't know if I

0:36:34.040 --> 0:36:36.719
<v Speaker 1>could tell the difference between ten billion times stronger than

0:36:36.760 --> 0:36:39.439
<v Speaker 1>steel and ten thousand times stronger than steel. I mean,

0:36:39.440 --> 0:36:41.839
<v Speaker 1>what what is the difference there? But yeah, I mean

0:36:41.920 --> 0:36:44.359
<v Speaker 1>it's it just places it in orders a magnitude beyond

0:36:44.440 --> 0:36:47.640
<v Speaker 1>the ability of a dwarf and AX to to deal with,

0:36:47.840 --> 0:36:49.600
<v Speaker 1>or a dwarf in furnace. I would have to say

0:36:49.600 --> 0:36:52.279
<v Speaker 1>that no matter how strong Gimli is, no matter how

0:36:52.320 --> 0:36:56.279
<v Speaker 1>sharp his acts, he probably cannot mess with a ring

0:36:56.400 --> 0:36:59.840
<v Speaker 1>made of nuclear pasta. So nuclear pasta that's over the

0:37:00.320 --> 0:37:02.480
<v Speaker 1>you know, you can't destroy it unless you've got some

0:37:02.560 --> 0:37:05.720
<v Speaker 1>kind of magic working in Mount Doom. Obviously it wouldn't

0:37:05.719 --> 0:37:08.160
<v Speaker 1>melt in Mountain Doom, right, Yeah, I mean this is

0:37:08.360 --> 0:37:10.120
<v Speaker 1>this is another one where it is forcing me to

0:37:10.160 --> 0:37:13.640
<v Speaker 1>rethink what I said earlier about the about absolute destruction

0:37:13.680 --> 0:37:16.719
<v Speaker 1>of the ring being necessary to render it powerless. I

0:37:16.760 --> 0:37:19.959
<v Speaker 1>feel like there's still a threshold of destruction that needs

0:37:20.000 --> 0:37:23.600
<v Speaker 1>to be wrought on the ring before it snaps and

0:37:23.680 --> 0:37:27.000
<v Speaker 1>leases power and the dark Lords defeated. But I think

0:37:27.040 --> 0:37:30.279
<v Speaker 1>that that threshold probably fall short of actually melting it.

0:37:30.440 --> 0:37:33.439
<v Speaker 1>I mean, maybe it's a it's a moral defeat rather

0:37:33.480 --> 0:37:38.160
<v Speaker 1>than a physical destruction, yeah, or whatever. Is like, it

0:37:38.200 --> 0:37:43.040
<v Speaker 1>has to become malleable enough for the magic to leave it. Uh,

0:37:43.080 --> 0:37:46.759
<v Speaker 1>And for that to happen, it needs to it needs

0:37:46.760 --> 0:37:49.640
<v Speaker 1>to fall into a volcano or or or even the

0:37:49.680 --> 0:37:52.320
<v Speaker 1>depths of a volcano. Yeah. Now, there are a couple

0:37:52.320 --> 0:37:55.399
<v Speaker 1>of reasons why nuclear Pasta is probably not a good

0:37:55.440 --> 0:37:57.840
<v Speaker 1>candidate to make a ring out of. One is that

0:37:57.920 --> 0:38:00.360
<v Speaker 1>it is probably a bit too heavy, and other is

0:38:00.400 --> 0:38:03.200
<v Speaker 1>that it would I assume it would not react well

0:38:03.320 --> 0:38:06.040
<v Speaker 1>with the atmosphere of an environment like Middle Earth that

0:38:06.160 --> 0:38:09.680
<v Speaker 1>might sort of you know, become a big explosion or something.

0:38:09.719 --> 0:38:12.319
<v Speaker 1>But but all you know, just imagine you had a

0:38:12.320 --> 0:38:15.200
<v Speaker 1>stable ring made of nuclear pasta. It's probably too heavy

0:38:15.280 --> 0:38:18.480
<v Speaker 1>to make an effective ring. A commonly cited figure is

0:38:18.520 --> 0:38:20.960
<v Speaker 1>that about a teaspoon of the material that makes up

0:38:21.000 --> 0:38:24.280
<v Speaker 1>a neutron star would weigh more than a billion tons.

0:38:24.960 --> 0:38:28.160
<v Speaker 1>So that would be a difficult ring to wear. Uh,

0:38:28.600 --> 0:38:31.960
<v Speaker 1>you might need some help carrying it. Uh. Yeah, you know,

0:38:32.000 --> 0:38:34.439
<v Speaker 1>it's believable. I guess that you know, Saon could could

0:38:34.480 --> 0:38:37.400
<v Speaker 1>carry it. I mean that he's such a powerful entity.

0:38:37.440 --> 0:38:39.600
<v Speaker 1>But I don't know about a hobbit. Now, is there

0:38:39.600 --> 0:38:43.280
<v Speaker 1>anything lighter that is still strong with a high melting point?

0:38:43.680 --> 0:38:45.880
<v Speaker 1>One good candidate I think here, though it is a

0:38:45.920 --> 0:38:51.320
<v Speaker 1>modern invention is graphine. Graphine is carbon, of course, just carbon,

0:38:51.760 --> 0:38:55.080
<v Speaker 1>but it's carbon with a special molecular formation. It's a

0:38:55.120 --> 0:39:00.280
<v Speaker 1>single layer of hexagonal rings of carbon carbon molecules sucking

0:39:00.320 --> 0:39:04.200
<v Speaker 1>with other hexagons at every vertex, and it's one atom

0:39:04.280 --> 0:39:07.520
<v Speaker 1>thick but sort of perfect on the molecular level. And

0:39:07.600 --> 0:39:09.560
<v Speaker 1>it's often thought of as a kind of cutting edge

0:39:09.560 --> 0:39:14.080
<v Speaker 1>super material. It does have some amazing properties. It's electrically conductive,

0:39:14.239 --> 0:39:17.200
<v Speaker 1>so it has been singled out for potential uses in

0:39:17.200 --> 0:39:20.719
<v Speaker 1>in future electronics. It's extremely light well at the same

0:39:20.760 --> 0:39:24.360
<v Speaker 1>time being stronger than steel. I've seen estimates including between

0:39:24.360 --> 0:39:27.279
<v Speaker 1>two hundred and three hundred times stronger than steel. The

0:39:27.440 --> 0:39:30.360
<v Speaker 1>problem with graphing is that it's difficult to produce on

0:39:30.400 --> 0:39:33.759
<v Speaker 1>a large scale. Uh, not that it's necessarily difficult to

0:39:33.800 --> 0:39:36.120
<v Speaker 1>produce in general. I was reading about one method that

0:39:36.160 --> 0:39:39.640
<v Speaker 1>can create layers of graphing just by heating up soybean oil,

0:39:40.239 --> 0:39:42.759
<v Speaker 1>but you don't get a lot out of it. Now,

0:39:42.840 --> 0:39:45.200
<v Speaker 1>I like this idea that the ring is not just

0:39:45.239 --> 0:39:47.960
<v Speaker 1>a material but a meta material, you know, I mean,

0:39:48.440 --> 0:39:50.640
<v Speaker 1>which it would makes perfect sense. And this is the

0:39:51.160 --> 0:39:53.920
<v Speaker 1>product of a being that's studied at the at the

0:39:53.960 --> 0:39:58.480
<v Speaker 1>Forge of the Gods. So you know, therefore, like we're

0:39:58.600 --> 0:40:01.560
<v Speaker 1>you know, we're trying to linn him and his abilities

0:40:01.640 --> 0:40:06.160
<v Speaker 1>based on you know, medieval or even modern levels of

0:40:06.160 --> 0:40:10.919
<v Speaker 1>of of metallurgical power and knowledge. Right, we're thinking about

0:40:11.000 --> 0:40:13.800
<v Speaker 1>him as like sort of a magical smith. Maybe instead

0:40:13.880 --> 0:40:15.759
<v Speaker 1>we should be thinking about him as some kind of

0:40:15.800 --> 0:40:19.440
<v Speaker 1>material scientists. Uh so, Yeah, I was looking at one

0:40:19.480 --> 0:40:22.040
<v Speaker 1>paper dealing with the melting point of graphing and I

0:40:22.080 --> 0:40:25.480
<v Speaker 1>was wondering what that is. It's really high. Uh, it was.

0:40:25.680 --> 0:40:29.319
<v Speaker 1>So this was in physical chemistry chemical physics. I don't

0:40:29.360 --> 0:40:31.560
<v Speaker 1>know if that's a double name. That was The journal

0:40:31.960 --> 0:40:36.400
<v Speaker 1>by gans, gans Yang and Dornfield in called the initial

0:40:36.440 --> 0:40:39.440
<v Speaker 1>stages of Melting of graphing between four thousand K and

0:40:39.480 --> 0:40:42.720
<v Speaker 1>six thousand K. That's really hot. The authors say graphing

0:40:43.120 --> 0:40:47.000
<v Speaker 1>has one of the highest melting points of any known substance. Basically,

0:40:47.040 --> 0:40:50.920
<v Speaker 1>they use these models to say, Okay, what would it

0:40:50.920 --> 0:40:53.200
<v Speaker 1>look like if you heat it up graphing to these

0:40:53.239 --> 0:40:57.000
<v Speaker 1>temperatures for these lengths of time? And uh, they found

0:40:57.000 --> 0:40:59.120
<v Speaker 1>that you could heat graphing up for a certain amount

0:40:59.120 --> 0:41:01.680
<v Speaker 1>of time to four thousand and five hundred degrees kelvin,

0:41:01.680 --> 0:41:05.320
<v Speaker 1>which is really hot, and it still wouldn't melt. It

0:41:05.360 --> 0:41:09.000
<v Speaker 1>would just sort of it would It would still be freestanding.

0:41:09.280 --> 0:41:12.320
<v Speaker 1>And they set around five thousand degrees kelvin the system

0:41:12.360 --> 0:41:15.800
<v Speaker 1>would start to melt. Five thousand degrees kelvin is roughly

0:41:15.840 --> 0:41:20.120
<v Speaker 1>forty seven celsius or eight hundred fahrenheit. That's is that

0:41:20.160 --> 0:41:22.359
<v Speaker 1>hotter than any of the other stuff we looked at. Yeah,

0:41:22.400 --> 0:41:25.400
<v Speaker 1>that's that's pretty hot. Okay, So the surface of the

0:41:25.440 --> 0:41:28.719
<v Speaker 1>Sun at roughly five thousand, eight hundred degrees kelvin could

0:41:28.719 --> 0:41:32.480
<v Speaker 1>probably melt this form of graphine, But a normal volcano

0:41:32.719 --> 0:41:35.319
<v Speaker 1>wouldn't be enough to melt the graphine one ring. So

0:41:35.880 --> 0:41:38.120
<v Speaker 1>is Mount Doom hotter than the surface of the Sun

0:41:38.239 --> 0:41:41.640
<v Speaker 1>or their special properties involved here? No, but this would

0:41:41.719 --> 0:41:43.920
<v Speaker 1>this would make me come back to the idea that

0:41:44.400 --> 0:41:47.520
<v Speaker 1>at least with the problem that it's forging. What if

0:41:47.560 --> 0:41:50.240
<v Speaker 1>Sauron had to go to the volcano, not to forge

0:41:50.239 --> 0:41:52.520
<v Speaker 1>it at the shores of the volcanic lake, but like

0:41:52.600 --> 0:41:55.480
<v Speaker 1>descended to the center of the planet where you would

0:41:55.480 --> 0:41:57.880
<v Speaker 1>have temperatures that would be you know, on par with

0:41:57.920 --> 0:42:00.400
<v Speaker 1>the surface of the Sun. As for them to scrowing

0:42:00.480 --> 0:42:03.839
<v Speaker 1>it by casting it into the volcano, well that's that's

0:42:03.880 --> 0:42:07.160
<v Speaker 1>where you end up in a problematic area again, because

0:42:07.200 --> 0:42:09.040
<v Speaker 1>if that's the case, if it needs to reach the

0:42:09.040 --> 0:42:12.000
<v Speaker 1>center of the planet to be destroyed, well then that

0:42:12.040 --> 0:42:13.919
<v Speaker 1>means the the end of the Lord of the Rings

0:42:14.000 --> 0:42:16.000
<v Speaker 1>is not an end at all, and that the Dark

0:42:16.040 --> 0:42:20.239
<v Speaker 1>Lord was never defeated and is you know, destined to

0:42:20.239 --> 0:42:23.640
<v Speaker 1>return time and time again the end question mark No,

0:42:23.800 --> 0:42:26.840
<v Speaker 1>This is a perfect explanation for why the end of

0:42:26.880 --> 0:42:30.160
<v Speaker 1>the third movie went on for seven hours. They were

0:42:30.160 --> 0:42:32.520
<v Speaker 1>waiting for the ring to sink sink low enough to

0:42:32.600 --> 0:42:36.280
<v Speaker 1>really get hot enough to melt under all that pressure. Yeah,

0:42:36.360 --> 0:42:38.560
<v Speaker 1>and another main problem with graphine, I should say, oh,

0:42:38.600 --> 0:42:40.799
<v Speaker 1>I already mentioned this. It's it's so the problem is

0:42:40.840 --> 0:42:43.680
<v Speaker 1>that it's it's hard to manufacture large amounts of it.

0:42:43.760 --> 0:42:45.280
<v Speaker 1>But I don't know if that would be a problem

0:42:45.320 --> 0:42:48.000
<v Speaker 1>for Saron, because what if he just needed enough for

0:42:48.120 --> 0:42:51.960
<v Speaker 1>one little hobbit finger sized ring. That's true, of course

0:42:51.960 --> 0:42:53.960
<v Speaker 1>when he's a when he's the Dark Lord, he's somewhat

0:42:54.000 --> 0:42:55.919
<v Speaker 1>bigger in it, and it still fits around his finger.

0:42:56.080 --> 0:42:58.919
<v Speaker 1>That's a good question. I was wondering about this very thing.

0:42:59.600 --> 0:43:02.720
<v Speaker 1>How us the ring fit a hobbit finger just fine,

0:43:02.800 --> 0:43:05.880
<v Speaker 1>but also fit the fingers of much larger creatures just

0:43:05.960 --> 0:43:09.919
<v Speaker 1>as well. I mean, may they address that. They don't.

0:43:09.960 --> 0:43:12.920
<v Speaker 1>It's just magic. That's what magical rings do. One size

0:43:12.920 --> 0:43:15.520
<v Speaker 1>fits all. Um. I don't know. I mean you could,

0:43:15.520 --> 0:43:18.200
<v Speaker 1>I guess you could go really sci fi crazy and say, well,

0:43:18.200 --> 0:43:23.880
<v Speaker 1>the ring is actually composed out of like nano robotic material.

0:43:24.120 --> 0:43:26.719
<v Speaker 1>That is, you know, the these tiny nanobots that that

0:43:26.880 --> 0:43:30.160
<v Speaker 1>fused together and carry out all these various processes to

0:43:30.760 --> 0:43:32.440
<v Speaker 1>you know, to to do all the things that the

0:43:32.520 --> 0:43:34.680
<v Speaker 1>Ring does. But I don't know at that point, you're

0:43:34.680 --> 0:43:37.640
<v Speaker 1>really you're really busting the magic out of it. I like,

0:43:37.800 --> 0:43:41.040
<v Speaker 1>I like the idea of keeping some level of magic

0:43:41.120 --> 0:43:44.279
<v Speaker 1>in the Ring and not not describing it all the way. Nope,

0:43:44.440 --> 0:43:47.040
<v Speaker 1>you already ruined it. The Ring is nanobots. That's what

0:43:47.120 --> 0:43:49.680
<v Speaker 1>it is now and forevermore. All right, So there you

0:43:49.719 --> 0:43:51.400
<v Speaker 1>have it. It is one of those episodes where I

0:43:51.440 --> 0:43:54.400
<v Speaker 1>guess we don't really have a conclusive answer, and you know,

0:43:54.480 --> 0:43:57.560
<v Speaker 1>north should we. But hopefully we've given some giving you

0:43:57.640 --> 0:44:00.560
<v Speaker 1>some food for thought, and and also provide did an

0:44:00.560 --> 0:44:03.960
<v Speaker 1>excuse and a means of discussing, you know, some of

0:44:03.960 --> 0:44:08.000
<v Speaker 1>the temperatures and melting points involved here. Um, if if

0:44:08.000 --> 0:44:09.920
<v Speaker 1>we'd love to hear from anyone out there who is

0:44:10.120 --> 0:44:13.319
<v Speaker 1>you know, a big Tolkien fan or someone who is

0:44:13.480 --> 0:44:16.680
<v Speaker 1>you know, certainly more experienced than us with with the

0:44:16.760 --> 0:44:20.520
<v Speaker 1>use of forges, with with some of these materials. Uh,

0:44:20.560 --> 0:44:22.600
<v Speaker 1>you know, we'd love to get your thoughts on it

0:44:22.640 --> 0:44:25.640
<v Speaker 1>as well. Uh. And for that matter, are there other

0:44:26.160 --> 0:44:29.560
<v Speaker 1>Tolkien related topics you'd like us to to tease apart

0:44:29.880 --> 0:44:32.120
<v Speaker 1>I think I wrote a piece for how Stuff Works

0:44:32.239 --> 0:44:37.600
<v Speaker 1>years ago about hobbit metabolism, which which actually they're like

0:44:37.640 --> 0:44:40.080
<v Speaker 1>there were There were at least a couple of papers

0:44:40.080 --> 0:44:42.799
<v Speaker 1>I was able to cite for the article where people

0:44:42.840 --> 0:44:44.880
<v Speaker 1>are like, Okay, let's see how much I can breakfast?

0:44:45.160 --> 0:44:48.720
<v Speaker 1>How much does the hobbit eat? And then and so forth?

0:44:48.800 --> 0:44:50.919
<v Speaker 1>So I look that up. It's on how stuff Works

0:44:50.960 --> 0:44:53.880
<v Speaker 1>dot com. In the meantime, if you want more episodes

0:44:53.880 --> 0:44:55.239
<v Speaker 1>of stuff to blow your mind, I don't know the

0:44:55.239 --> 0:44:57.160
<v Speaker 1>stuff to blow your mind dot com that's the mothership.

0:44:57.160 --> 0:44:59.840
<v Speaker 1>That's where you'll find them all. And if your interest

0:45:00.040 --> 0:45:04.239
<v Speaker 1>it in uh, you know others, let's say, not magical inventions,

0:45:04.239 --> 0:45:07.719
<v Speaker 1>but more mundane but equally amazing inventions, check out our

0:45:07.760 --> 0:45:11.279
<v Speaker 1>other podcast, Invention. You can find it at invention pod

0:45:11.360 --> 0:45:13.560
<v Speaker 1>dot com. And you can find both shows wherever you

0:45:13.600 --> 0:45:16.239
<v Speaker 1>get your podcast. Wherever you do get it, just make

0:45:16.280 --> 0:45:18.799
<v Speaker 1>sure you rate and review because that really helps us

0:45:18.800 --> 0:45:21.839
<v Speaker 1>out in the long run. Huge thanks to our producers

0:45:22.040 --> 0:45:25.239
<v Speaker 1>uh Seth Nicholas Johnson, and Maya Cole. If you would

0:45:25.239 --> 0:45:27.160
<v Speaker 1>like to get in touch with us with feedback on

0:45:27.200 --> 0:45:29.920
<v Speaker 1>this episode or any other to suggest topic for the future,

0:45:30.280 --> 0:45:32.520
<v Speaker 1>or just to say hello. You can email us at

0:45:32.680 --> 0:45:43.440
<v Speaker 1>contact That's Stuff to Blow your Mind dot com. Stuff

0:45:43.440 --> 0:45:45.400
<v Speaker 1>to Blow Your Mind is a production of iHeart Radio's

0:45:45.400 --> 0:45:47.719
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