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Speaker 1: Imagine something arriving in our solar system, not just arriving,

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but speeding through way faster than anything we've ever launched.

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Speaker 2: Yeah, and it's not from around here. We're talking thousands

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of light years away, right.

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Speaker 1: And the weird part, it seems to be well ignoring

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some basic physics at least how we understand them for

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natural things like comets or asteroids, and it looks completely

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alien compared to them too.

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Speaker 2: Exactly. That's not science fiction anymore. It's what instruments have

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been tracking recently. This is the whole mystery around three

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I Atlas ray atlis. Okay, we're looking at data points

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that are frankly, they're just really strange. Anomalist doesn't quite

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cover it. It pushes the boundaries of what we thought

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a natural object could even do.

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Speaker 1: Okay, So this sounds like a cosmic detective story, a

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big one, and that's our mission for you listening. We're

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going to distill all this complex science, all the scrutiny,

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into clear takeaway.

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Speaker 2: We want that Aha moment.

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Speaker 1: Exactly by looking hard at the evidence, the weird light signature,

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this huge acceleration that isn't gravity, the fact that it's

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missing a tail.

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Speaker 2: And the chemicals. It's shedding bizarre, right, and we're.

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Speaker 1: Relying purely on the instruments here. They're the only witnesses

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that don't.

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Speaker 2: You know, fib And that's so crucial. Yeah, because the

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easy answer, the oh it's just a weird comet idea, Yeah,

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it just doesn't hold up when you look at the

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actual physical facts. We have to follow the data, even

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if it leads somewhere, well, somewhere uncomfortable.

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Speaker 1: All right, let's dive in Section I, the close encounter

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and the Bluer anomaly. This thing had its moment in

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the sun, didn't it perihelium.

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Speaker 2: It did closest approach to the Sun. Let's walk through that. Okay,

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So that happened on October twenty ninth. At its closest

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point three i Atlis was about two hundred and three

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million kilometers away from the Sun.

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Speaker 1: Sounds far, but for something coming in from deep space.

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Speaker 2: Exactly, that's the point of maximum heating.

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Speaker 1: Yeah.

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Speaker 2: It was soaking up around seven hundred and seventy watts

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per square meter of solar radiation.

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Speaker 1: Okay, seven hundred and seventy watts. That's enough to make

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ice spoil off.

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Speaker 2: Definitely. If it were made of typical solar system ices,

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you know, water, ice, carbon dioxide, ice. That kind of

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heat would cause significant sublimation. Gas is boiling off the surface.

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Speaker 1: And did we see a reaction? Did it change? Oh?

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Speaker 2: Yeah, immediately observatories saw brightened up dramatically, like five times

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brighter than it was before.

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Speaker 1: It got close five times brighter. Okay, so far, so

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good for the comet theory. Maybe heating up, releasing gas

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and dust.

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Speaker 2: That initial brightening, yes, that fits the pattern. But almost

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right away things started to look weird. The observations took

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a sharp turn from the norm.

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Speaker 1: And this is where we get to the color paradox,

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because usually when things heat up near the sun, they

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look a certain way, right, And but this one it

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went blue.

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Speaker 2: That's the fascinating part and really challenging. It became distinctly

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bluer than the sun itself.

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Speaker 1: Okay, hang on explain that for us, normally comets get redder, yes.

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Speaker 2: Typically redder. When a standard comet warms up and starts

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shedding material, it releases dust, often larger particles, silicates, complex hydrocarbons, and.

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Speaker 1: Bigger dust particles scatter red light better like a sunset.

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Speaker 2: Exactly like a sunset analogy, The dust cloud around a

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typical comet tends to make the whole thing look redder. Plus,

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the comet surface is much much cooler than the sun,

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which also contributes to that reddish tint.

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Speaker 1: So if three alice went bluer, that means the light

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was skewed towards the short wavelengths, the high energy end.

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What does that tell us?

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Speaker 2: It implies something very different is happening for an object

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getting hit with that much solar energy to look bluer. Well,

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the material coming off can't be typical large.

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Speaker 1: Dust, so what could it be.

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Speaker 2: It might be extremely fine particles, like smaller than the

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wavelength of light itself. Those scatter blue light really well,

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that's rarely scattering, like why our sky is blue.

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Speaker 1: Or maybe some weird gas or.

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Speaker 2: Yeah, maybe it's releasing specific exotic gases. They glow or

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fluoresce strongly in the blue part of the spectrum when

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hit by sunlight. Either way, it just throws the whole

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familiar comet idea right out the window.

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Speaker 1: The composition is just wrong, defining geological nerms pretty much.

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Speaker 2: And you know, as strange as the color is, it

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almost pales in comparison to how this thing is moving.

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Speaker 1: Ah, yes, the non gravitational acceleration. This sounds like the

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real smoking gun.

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Speaker 2: It's definitely the centerpiece of the whole mystery. It's like this.

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We track the object, we calculate exactly where the Sun's

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gravity should pull it, and then we see it's. Of course,

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it's deviated. There's other force acting on it, a kiny,

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steady push that isn't gravity.

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Speaker 1: Now, usually for a regular comment, astronomers see that and

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think rocket effect. Right, ice turns to gas jets out

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pushes the commet exactly.

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Speaker 2: That's the standard explanation, the null hypothesis we always test first.

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So okay, let's assume for a second, despite the weird

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blue color, this is some kind of natural icy thing. Okay,

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if that acceleration is just gas jets, we can actually

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calculate how much stuff, how much mass, it would have

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to lose to create that push.

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Speaker 1: That sounds complicated during out the Sun's pull and isolating

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this tiny extra force.

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Speaker 2: It involves a pretty complex dynamics. Yeah yeah, but the

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results they're kind of mind blowing.

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Speaker 1: How much mass are we talking about to get that

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observed acceleration?

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Speaker 2: And numbers are just staggering even simple calculations. Assuming it's

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shedding common stuff like water or CO two ice, it

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must have lost a huge chunk of its total mass, huge,

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at least a tenth ten percent, and that's a lower limit.

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Some estimates push it closer to maybe twenty percent of

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its entire initial mass gone in just that one pass

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near the sun.

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Speaker 1: Ten to twenty percent in one go. That implies this

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thing is incredibly just consuming itself at an insane rate

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it does.

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Speaker 2: And thinking about that much mass loss, that huge amount

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of material supposedly boiling off, Yeah, well that leads us

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straight into the next major contradiction, Where did it all go?

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Speaker 1: Right? Section two? The case against a natural comment. This

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is where the story really twists, isn't it? Because if

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it lost, say, fifteen percent of its masses gas and dust,

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what should we actually see?

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Speaker 2: You should see an absolute mess, a gigantic, glowing, obvious

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cloud of gas and debris way bigger than the object.

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Speaker 1: Itself, a coma right and a tail.

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Speaker 2: Absolutely solar wind and sunlight would push all that vaporized

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stuff back, creating a brilliant, unmistakable cometary tale pointing away

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from the Sun. I mean brightened five times over, demands

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that kind of visual aftermath. You can't shed that much

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material secretly.

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Speaker 1: But the pictures, the recent images, they show.

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Speaker 2: The exact opposite. That's the missing kil conundrum. It's the

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perfect contradiction. The images show no tail, nothing, not fuzz

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just a fuzzy blob of light, basically the same way

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it looked when it was way out cold and far

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from the sun. This is absolutely not what an object

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looks like when it's actively shedding a fifth of its

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entire body mass.

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Speaker 1: So the movement, the physics of the acceleration, demands a tail,

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but the pictures, the actual visual evidence, show nothing.

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Speaker 2: Precisely, it doesn't add up. We have this object accelerating

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like crazy, supposedly from massive outgassing, but visually it's completely quiet,

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no evidence of the engine, so to speak.

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Speaker 1: Is there any way that gas could just vanish without

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scattering light, some weird and visible gas.

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Speaker 2: That's the big scientific question right now. We've kind of

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run out of standard explanations for any normal commet. Losing

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mass means a visible coma entail, full stop. So for

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this object, either there's some totally new physics we've never

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conceived of. Maybe some ultra fluffy, highly reactive stuff that

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just ionizes and disappears instantly. Yeah, which seems unlikely, or

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we have to seriously consider discarding the natural comet explanation altogether.

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Speaker 1: And you mentioned a comparison that really hammers this home

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something the same telescope.

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Speaker 2: Saw, Yeah, the Comet lemon comparison. It's crucial. Just two

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days before, looking at three IAT lists, the exact same

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telescope looked at a regular solar system comet comet lemon,

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and Comet lemon looked like a textbook comet, clear beautiful

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tale streaming away from the sun. Perfect example. The telescope

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worked fine, it knows what a comet should look like.

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Speaker 1: But then it looked at three iye atlans and saw just.

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Speaker 2: The fuzzball, no tail. The difference is just stark. It's

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right there in the observational data.

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Speaker 1: Okay, so the collar is wrong. The acceleration is huge,

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but lacks of visible cause. Where do we go next?

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Speaker 2: Forensics the actual material.

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Speaker 1: Exactly, We need a look deeper at the chemical signatures.

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Analyzing the light that is scattered, what little there is

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reveals something else very strange.

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Speaker 2: The composition.

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Speaker 1: Yeah, specifically the ratio of certain elements being shed seems

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to be shedding a noticeable amount of nickel nickel. Okay,

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but this is the weird part. Very little iron nickel

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but not much iron. Isn't that unusual in space rocks?

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Don't they usually come together?

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Speaker 2: They absolutely do. Nickel and iron form together, condense together

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in things like supernova remnants or the discs where planets form.

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They have similar chemical properties under those conditions.

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Speaker 1: So if you find a natural object shedding nickel, you'd expect.

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Speaker 2: To see a proportional amount of iron coming off with it.

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Finding lots of nickel but hardly any eye iron is well,

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it's exceptionally rot in natural objects, maybe even unheard of.

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Speaker 1: Is there any super rare natural scenario, like I don't know,

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the core of a shattered planet formed under weird conditions.

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Speaker 2: People definitely explore those possibilities, you have to, but they

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remain highly speculative. Really reaching the source material points out

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something quite striking, though, Which is the only other place

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we reliably find this specific high nickel low iron ratio

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is well, it's here on Earth in controlled industrial.

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Speaker 1: Processes, industrial like manufacturing.

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Speaker 2: Specifically in making certain high performance nickelilois things used in aerospace,

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maybe specialized manufacturing stuff that requires very specific engineered properties.

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Speaker 1: Wow, Okay, that's not just an anomaly anymore. That sounds

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like a potential fingerprint, an industrial fingerprint.

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Speaker 2: It forces you to consider it, doesn't it that the

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origin might not be some random cosmic rock but something

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processed engine maybe.

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Speaker 1: And this specific chemical signature, combined with the blue collar,

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the tail Liss acceleration, it really strengthens the case for

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something technological.

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Speaker 2: It does. And let's not forget what first got astronomers interested,

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even before all this perihelium weirdness.

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Speaker 1: Right, the orbital path. It was huge, wasn't it compared

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to Umahmua.

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Speaker 2: Massive? Yeah, maybe a million times more massive than Umahmua,

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the first interstellar object we saw. But it wasn't just

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the size, it was where it was going.

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Speaker 1: It was traveling in the plane of the planets, the ecliptic.

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Speaker 2: Yeah, basically flat along the same plane that the planets

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orbit the Sun. Now, think about that, interstellar visitors drifting

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randomly between stars. They should come in from all angles, right,

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steep inclinations, like.

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Speaker 1: Throwing darts at a dartboard from across the room. They'd

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hit anywhere.

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Speaker 2: Pretty much for a massive object like this to be

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cruising along the Solar System's main highway, it's statistically unlikely.

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It suggests or at least raises the question of a

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trajectory that isn't purely random, maybe even implies design, or

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at least a very specific, non random origin point in

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its own system.

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Speaker 1: The evidence is really piling up for something unconventional, to

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say the least, and now we connect it to something historical,

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the Wow signal.

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Speaker 2: This just adds another layer of profound intrigue. Maybe coincidence,

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maybe not. The Wow signal that incredibly strong, unexplained radio

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bursts from nineteen seventy seven.

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Speaker 1: The one that made the astronomer right wow on the

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print out, never repeated, never explained.

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Speaker 2: That signal came from the same general patch of sky

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that three I atlas appears who have originated from within

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about nine degrees, which on the scale of the entire

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sky is remarkably close an astronomical stone's throw.

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Speaker 1: So a random rock just happens to arrive decades later

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from almost the exact same spot as the most famous

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mystery signal in SETI history.

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Speaker 2: The coincidence is striking enough that the question is being

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seriously asked, could there be a connection, a link spanning

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decades between that radio mystery and this physical object. It

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just adds this incredible, dramatic weight to the whole investigation.

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Speaker 1: It definitely shifts the perspective from astronomy to well, potentially

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something much bigger. Okay, So the anomalies are undeniable. They

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push way past normal commentary stuff, which means scientifically, we

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have to stick to the data right, no matter how

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wild the implications seem. Section three, the search for scientific

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truth and institutional response.

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Speaker 2: That's the absolute core of the scientific method. Rely on

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the instruments, calibrated data, not opinions, not stories, not what's

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trending online. The data is the only witness that counts

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in this cosmic court room.

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Speaker 1: And there's that powerful historical parallel mentioned in the source,

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the Galileo analogy, a warning about ignoring data.

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Speaker 2: It's such a critical lesson, isn't it. The Church refused

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to look through Galileo's telescope because what he saw contradicted

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the established Earth centered view.

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Speaker 1: They stuck to the dogma, and it took.

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Speaker 2: Them centuries until nineteen ninety two to formally admit Galileo

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was right, ignoring data, refusing to look just because it

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challenges your beliefs. It's not just bad science, it's an

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institutional failure that echoes for generations.

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Speaker 1: The universe doesn't really care about our opinions or anxieties,

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does it. Whether we have neighbors out there depends on

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the evidence, whether we choose to look at it or

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not exactly.

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Speaker 2: Our job as scientists is just to rigorously check the data,

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follow where it leads, and figure out what's really going on,

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even if the answer turns out to be a giant,

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super fast, blue technological thing flying past the Sun.

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Speaker 1: And this quest for truth isn't just happening in labs

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and observatories anymore. It's reached government level. Congress is getting briefed.

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Speaker 2: That's right. Scientists myself included, have been talking to members

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of Congress about these anomalies, about UAP reports in general,

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and stressing the need for better data, better tracking, especially

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for these interstellar objects.

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Speaker 1: How's that going? Are they receptive?

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Speaker 2: Honestly, my experiences and those of colleagues have been pretty positive.

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We've met individuals showing real curiosity, a genuine willingness to

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push for scientific progress. They seem to grasp the huge

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implications here.

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Speaker 1: You mentioned Representative Anna Paulina Luna specifically regarding a key

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piece of data.

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Speaker 2: Yes, she was incredibly engaged. She actually met with NASA

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about getting access to a specific image, the highest resolution

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one taken by the high rise camera on the Mars reconnaissance.

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Speaker 1: Orbiter, an image of three iaalis.

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Speaker 2: Relevant to understanding its structure. Yes, but its public release

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got tangled up in bureaucracy, partly due to the timing

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of a government shutdown.

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Speaker 1: Ah fun times, right, But she.

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Speaker 2: Pushed for transparency, arguing quite rightly that the public deserves

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to see the best available data, especially on something this

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potentially significant.

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Speaker 1: So we've got government channels with let's say, some friction,

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but also some real political interests. And then there are

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the private efforts like the Galileo project.

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Speaker 2: The Galileo project is purely about the science. It's a

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private initiative, yes, focused entirely on proactively searching for actual

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evidence of extraterrestrials technology, not relying on anecdotes or blurry photos,

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but hard instrument data.

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Speaker 1: How does it work? What's the approach?

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Speaker 2: Pretty straightforward? Conceptually, build state of the art observatories, point

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them at the sky and use sophisticated AI machine learning

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to sift through everything, filter out all the known stuff satellites, planes, meteors, atmospheric.

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Speaker 1: Effects, everything we can explain exactly.

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Speaker 2: And see if anything is left over, anything operating outside

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the known performance envelope of human tech or natural phenomena.

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Speaker 1: Where does that stand? Now? Are the observatories running?

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Speaker 2: Yes, we have three operating now. The latest one just

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came online in Las Vegas, all focused on getting that

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verifiable instrument data.

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Speaker 1: And what if? What if you find nothing after all

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that effort.

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Speaker 2: That's the built in win win. If we search rigorously

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and find absolutely nothing anomalous, nothing beyond known physics or

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human tech, then we take all the advanced sensors, the

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sophisticated AI software we developed, and we offer to defense organizations.

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So even in the null result, the science effort directly

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enhances national security capabilities by providing better monitoring tools.

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Speaker 1: That makes sense, which leads us to the government's own

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official body for this stuff ARO, the All Domain Anomaly

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Resolution Office set up to handle the military UAP reports right.

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Speaker 2: AARO came out of the National Defense Authorization Act. It's

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meant to be the central hub for investigating these military

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sidings provide a secure channel for personnel to report and

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ideally bring some transparency to the whole issue.

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Speaker 1: So what's the official word from AARO leadership. Have they

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found the smoking gun among all those military reports evidence

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of aliens?

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Speaker 2: Their public statements, including recent ones, have been pretty clear

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on that. They state they have no clear, definitive evidence

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of anything extraterrestrial among the cases they've thoroughly investigated.

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Speaker 1: So far, no evidence despite all the videos and pilot accounts.

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Speaker 2: They emphasize the difference between a report and verified data.

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They've noted that many sensational claims, including some attributed to

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whistleblowers or even FBI eye agents, haven't held up when

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subjected to rigorous multi sensor data analysis. Pilot sightings are

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valuable leads, but science needs instrument confirmation.

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Speaker 1: Which brings us right into that thorny area. The classification

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debate the persistent suspicion that the really good stuff, the

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high res data, is being kept secret.

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Speaker 2: And this is a major point of tension from a

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scientific perspective, especially for astronomy. Classifying data about objects that

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originate outside our solar system seems well inappropriate, way inappropriate

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because national security, by definition, usually deals with terrestrial threats

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things originating from Earth or near Earth space. An object

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from another star system is fundamentally not a terrestrial national

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security issue in the same way it's an astronomical phenomenon

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first and foremost.

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Speaker 1: So you're arguing that if the military does have, say,

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amazing sensor data on three i AT lists or umuumua

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before it, that data shouldn't fall under typical secrecy rules.

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Speaker 2: That's the argument withholding data on non terrestrial objects hinders science.

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It prevents the global scientific community from analyzing the full picture,

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understanding what we're dealing with, and responding appropriately whether it's

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natural or not. It feels like knowledge that should be

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shared for humanity's understanding of its place in the cosmos.

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Speaker 1: Okay, we've gone from the anomaly to the science to

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the institutions. Let's get practical. Section four Planetary Defense and

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Future Opportunities. The source asks bluntly, are we screwed? If

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this thing is technology? How vulnerable are we right now?

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Speaker 2: It's the sobering reality check, isn't it, And based purely

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on our current technological capabilities, The answer is, well, yes,

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we're potentially quite vulnerable if this object represented a threat.

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Speaker 1: How bad is it? You mentioned speed?

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Speaker 2: The speed difference is the killer. Three Eyeatlas is moving

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roughly three times faster than our fastest rockets can currently

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achieve three times.

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Speaker 1: So interception is just off the table pretty much.

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Speaker 2: Even if we saw it coming years in advance, launching something,

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getting it up to speed, and maneuvering for an intercept,

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we just don't have that capability right now against something

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moving that fast.

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Speaker 1: And it's not tiny either.

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Speaker 2: No estimates put it around fifty times bigger than SpaceX's starship.

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So if it were hostile tech, or even just accidentally

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on a collision course, yeah, yeah, we currently lack the

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means to stop it. Technically, we're exposed.

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Speaker 1: That's not comforting, but science always looks for the upside. Right,

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If we do encounter advanced tech and it's not hostile,

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what's the takeaway?

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Speaker 2: The hopeful outlook has to be humility and inspiration. If

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we meet older, more advanced siblings in the galactic family,

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it shouldn't be about fear or jealousy. It should be

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a profound wake up call to get our act together,

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to learn, improve, strive for better understanding and technology ourselves.

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Speaker 1: Like meeting the varsity team when you're still playing junior

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league exactly.

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Speaker 2: Hope they're not bullies. Of course, the optimistic view is

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that this cosmic blind date, as the source calls it,

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doesn't involve a serial killer.

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Speaker 1: Okay, so defense wise, we did have that DART mission's

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success recently smashing into an asteroid.

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Speaker 2: DART was huge, absolutely invaluable. It proved definitively that we

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can nudge an asteroid off course using a kinetic impactor.

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The basic physics works for predictable natural threats, but.

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Speaker 1: Applying that to three iatless we run into that capabilities gap. Again.

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Speaker 2: We do DART worked because we knew exactly where that

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asteroid would be years in advance, and it wasn't moving

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at interstellar speeds with three iatlists. Even if we wanted

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to send something, what could we send?

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Speaker 1: Nothing currently in space.

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Speaker 2: I actually ran the numbers for a paper recently. It

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turns out the Juno spacecraft currently orbiting Jupiter. Yeah, it

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actually could have intercepted three iatlests on March sixteenth, twenty

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twenty six. Its trajectory was right.

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Speaker 1: Seriously, a mission already out there could.

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Speaker 2: Have done it could have, yes, but only if JUNO

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had kept all its initial fuel reserves, which of course

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it didn't. It used most of its propellant for Jupiter

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orbital insertion and maneuvers.

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Speaker 1: AH so close, but no cigar.

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Speaker 2: It perfectly illustrates the problem. We don't have a dedicated

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rapid response system. We're relying on repurposed science missions that

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usually don't have the fuel or the mandate for emergency

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intercepts of high velocity unowns. The opportunity was theoretically there,

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but our preparedness wasn't.

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Speaker 1: Which points directly to needing a long term strategy. We

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need to get proactive, not reactive, for both defense and frankly,

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the incredible science opportunity.

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Speaker 2: Absolutely, if the world decides that tracking and potentially intercepting

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these intercetal objects is a priority, and I think it

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should be, then we need a dedicated system. We can't

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just hope a convenient science probe is nearby.

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Speaker 1: What would that system look like ideally.

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Speaker 2: Two main parts. I think. First, a dedicated network of sensors,

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ground based, space based, constantly scanning specifically designed to pick

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up these faint fast movers early, give us maximum morning

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time and precise tracking. A set of purpose built interceptors,

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maybe stationed in strategic locations, maybe launch on demand, but

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designed from the ground up for high speed, long range interception,

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capable of matching speeds with these objects, whether they're rocks

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or something else.

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Speaker 1: Because the nature of the potential threat has changed too,

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hasn't it.

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Speaker 2: Fundamentally, the new defense challenge isn't just about big dumb

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rocks following predictable gravity pads anymore. That's the dart scenario.

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Speaker 1: Now we have to consider.

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Speaker 2: Now we have to at least consider the possibility of

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technological objects that could potentially maneuver, that could change course,

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that might have an intent completely different from a natural asteroid.

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It turns planetary defense from simple ballistics into something much

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more complex, almost strategic.

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Speaker 1: But alongside that challenge, there's this amazing opportunity just staring

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us in the face.

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Speaker 2: It really is the opportunity of a lifetime. Just think

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about it. These objects, whether three Eye Atlis or umu

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Ormua others to come, they are guaranteed samples of material

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from other star.

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Speaker 1: Systems, stuff from potentially thousands of light years away, stuff.

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Speaker 2: That would take us centuries millennia, maybe millions of years,

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and unbelievable resources to go get ourselves, if we ever

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even could Sending a probe to another star, grabbing a sample,

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bringing it back, that's a truly monumental multigenerational task.

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Speaker 1: And these things are just showing up, delivering the sample

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right to our cosmic doorstep free delivery.

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Speaker 2: It's an incredibly unique, relatively cheap chance to study the

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actual materials from another star system, to look for different chemistry,

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different isotopes, maybe even the building blocks of life that

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formed elsewhere, or yes, maybe even the materials of technology

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from far away. The journey's done for us. We just

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need to be ready to look.

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Speaker 1: Okay, let's wrap this deep dive up. We've seen three

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a at lists basically shred the rulebook for comments. Let's

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just quickly recap that stark choice that data leaves us with.

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Speaker 2: It's a perfect storm of contradictions. Really, It turns bluer

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than the sun when heated, It accelerates massively without gravity,

471
00:23:53,880 --> 00:23:55,359
implying huge mass.

472
00:23:55,119 --> 00:23:58,400
Speaker 1: Loss, but shows absolutely no visible tail where that mass.

473
00:23:58,200 --> 00:24:01,480
Speaker 2: Should be exactly. And then you add that weirdly industrial

474
00:24:01,559 --> 00:24:05,079
nickel to iron ratio and the echo of the wow

475
00:24:05,200 --> 00:24:06,400
signal from the same direction.

476
00:24:06,680 --> 00:24:09,640
Speaker 1: It forces us into this fundamental dichotomy, doesn't it. Option A,

477
00:24:10,480 --> 00:24:14,799
this is an incredibly rare, massive, super fast icy rock

478
00:24:15,319 --> 00:24:18,319
formed in some totally bizarre, unknown environment. We can't even

479
00:24:18,359 --> 00:24:19,000
imagine the.

480
00:24:18,960 --> 00:24:21,279
Speaker 2: Environment that produces things that don't behave like anything in

481
00:24:21,319 --> 00:24:22,319
our own solar system.

482
00:24:22,480 --> 00:24:26,759
Speaker 1: Or Option B, it's technology, a manufactured object, an artifact.

483
00:24:26,920 --> 00:24:29,319
There's really no comfortable middle ground left by the data,

484
00:24:29,400 --> 00:24:29,759
is there?

485
00:24:29,920 --> 00:24:32,240
Speaker 2: Not? Really? And whichever it turns out to be, the

486
00:24:32,240 --> 00:24:36,319
immediate path forward is the same. Collect more data, better data,

487
00:24:36,680 --> 00:24:38,400
right now, that's the only way to get closer to

488
00:24:38,440 --> 00:24:39,640
the truth. Use the instruments.

489
00:24:40,000 --> 00:24:42,319
Speaker 1: And speaking of right now, there's that date coming up,

490
00:24:42,640 --> 00:24:44,839
the upcoming deadline, December nineteenth.

491
00:24:44,839 --> 00:24:47,880
Speaker 2: It's closest approach to Earth. Yeah, just before the holidays.

492
00:24:48,119 --> 00:24:50,799
Let's profoundly hope it just sailes on by peacefully. Yeah,

493
00:24:50,839 --> 00:24:55,960
deliver any unexpected gifts. But that date really brings home

494
00:24:56,000 --> 00:24:57,440
how close this visitor is passing.

495
00:24:57,640 --> 00:25:00,759
Speaker 1: Okay, So final thought here, we've established the universe is

496
00:25:01,160 --> 00:25:04,839
in a way sending us messages with these objects. If

497
00:25:04,880 --> 00:25:09,079
the data eventually confirms it's something technological can survive interstellar travel,

498
00:25:09,119 --> 00:25:13,599
for ages, handle intense solar radiation, maybe even maneuver. What

499
00:25:13,720 --> 00:25:16,319
does that tell us about life and civilizations out there?

500
00:25:16,599 --> 00:25:20,279
Speaker 2: It implies, while it implies the potential for longevity, for

501
00:25:20,359 --> 00:25:24,279
technological endurance, so frankly, our own civilization hasn't yet demonstrated.

502
00:25:24,720 --> 00:25:28,599
If survival across cosmic timescales requires that level of technology,

503
00:25:28,640 --> 00:25:31,440
then what about us? Then? The big question for us becomes,

504
00:25:32,640 --> 00:25:35,400
how do we level up? What capabilities do we need

505
00:25:35,400 --> 00:25:38,519
to develop now beyond just defense? How do we shift

506
00:25:38,519 --> 00:25:41,960
from just passively watching these things fly by to actively

507
00:25:42,000 --> 00:25:44,839
exploring our own neighborhood, becoming participants. It's not just about

508
00:25:44,880 --> 00:25:47,200
fast rockets. It might require a whole new level of

509
00:25:47,240 --> 00:25:50,720
cosmic humility maybe and ambition recognizing we might just be

510
00:25:50,839 --> 00:25:52,839
the new kids on a very, very old block.

511
00:25:53,160 --> 00:25:55,640
Speaker 1: A profound thought, indeed, something for all of us to

512
00:25:55,680 --> 00:25:58,400
think about as we wait for December nineteenth, until our

513
00:25:58,440 --> 00:26:00,000
next deep dive. Keep looking up