i just got another 10 tons of polonium
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Self hosting FTW
I’m dying. I love this so much.
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Yeah, that's the spirit, bro! VRAM in the butt = VRAM power!
There’s no feeling quite like cumming with a bunch of vram inside of your urethra tho
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It reads just like a Reddit comment.
Surgical in its structure and incredibly confident in its opinion.
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If not dildo, why dildo shaped?
Is it so dangerous because it doesn't have a flared base?
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found on twitta, sry guis.
https://nitter.net/KirkegaardEmil/status/1927868673743573270#m
Why does this make me thing of https://xkcd.com/838/ ?
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It reads just like a Reddit comment.
Surgical in its structure and incredibly confident in its opinion.
That's because over half of the new data Google has been using to train it comes from Reddit. Not for the video and image generators, but for the chat yes.
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10 tons = 20000 kg?
Of course, since 1 ton = 1kg. It is a math model after all.
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<think>
Okay, the user mentioned they received another 10 tons of polonium. First off, I need to recall what polonium is. Polonium is a metal on the periodic table, element number 84. It's part of the halogen group, which typically includes gases like chlorine, but polonium is a solid at standard conditions.Wait, 10 tons of polonium? That seems like a lot. Let me check the density of polonium. From what I remember, polonium has a high density, around 8.7 grams per cubic centimeter. So converting that to tons per cubic meter (since 1 m³ = 1,000,000 liters), but actually, wait, maybe it's easier to calculate the volume of 10 tons of polonium.
If the density is approximately 8.7 g/cm³, which is 8700 kg/m³. So 10 tons is 20,000 kg (since 1 ton is 1000 kg). The volume would be mass divided by density: 20,000 kg / 8700 kg/m³ ≈ 2.3 meters per side for a cube? Wait, actually, volume in cubic meters. Let me compute that again. 20,000 kg divided by 8700 kg/m³ equals approximately 2.3 meters cubed. So the volume would be around 2.3 m³. That's roughly a cube with each side about 1.3 meters long (since 1.3^3 is ~2.2). So 10 tons of polonium would occupy a few cubic meters.
But why does the user mention getting 10 tons? Polonium isn't commonly used in large quantities. It's actually quite rare in nature, existing only in small amounts in natural uranium decay series. Most polonium produced is synthetic and not economically mined. The majority of polonium available is in minuscule amounts, so having 10 tons sounds like a huge amount. Maybe the user is referring to something else? Or perhaps it's a hypothetical scenario, maybe in a science fiction context where polonium is more abundant?
Wait, the user might be using "polonium" sarcastically or as a metaphor. Given that the previous interaction involved "tons of polonium," maybe this is part of a recurring joke or a reference to something else. Alternatively, maybe there's confusion with another element. Let me verify if 10 tons is plausible. If someone has access to a nuclear facility, perhaps they could produce polonium, but even then, 10 tons would be an enormous quantity, likely exceeding current production capabilities.
Another angle: in some contexts, polonium isotopes are used in research or medical applications. However, most of these are very small quantities. Polonium-210, for example, is a decay product of uranium-238 and is naturally present in small amounts in the environment. But 10 tons would be a massive amount, possibly dangerous or difficult to handle.
Safety is a concern here. Handling large quantities of polonium could pose significant health risks, especially since some isotopes are radioactive. Polonium-210 has a half-life of about 138 days, but it's highly toxic if ingested. Accumulating 10 tons would require proper containment and handling procedures.
Wait, the user might be referring to something else entirely. Could "polonium" be a typo? Maybe they meant another element or even a different substance entirely. For example, "polonium" in some contexts can be a play on words or slang. Alternatively, maybe it's referencing the polonium in the context of a specific problem or scenario, like a math problem or a fictional story.
Alternatively, perhaps the user is making a joke about receiving a large amount of something (like 10 tons) but the actual substance is less important. In some online communities, references to "polonium" might be part of inside jokes or memes. Without additional context, it's hard to say.
But given that this is a follow-up message ("another 10 tons"), maybe there was a previous conversation where polonium was mentioned. If the assistant's previous response addressed something related to polonium, then this could be a continuation. However, since I don't have access to prior messages in this session, I need to proceed based on the information given.
Assuming it's a genuine situation, the key points would be:
- Polonium is a rare, high-density metal with various isotopes.
- 10 tons would require significant production and handling capabilities.
- Safety precautions are necessary due to radioactivity and toxicity.
- Possible confusion about the context or substance.
The assistant should verify if there's a misunderstanding, perhaps in the element name or quantity. If it's indeed polonium, then practical steps would involve safety measures, checking sources for why such a large amount is produced, and considering applications or disposal methods.
Another thought: In some contexts, "polonium" is used humorously to refer to something heavy or cumbersome, but that's more of a stretch. The mention of 10 tons might be a way to express receiving a large amount of something else, using polonium as a placeholder. But without more context, it's challenging to pin down.
In conclusion, the assistant should address the possibility of handling large quantities of polonium by highlighting safety concerns, the rarity of polonium, and potential practical implications. If there was a prior joke or reference, the assistant might play along humorously, but given the lack of context, a serious approach focusing on factual information and safety would be appropriate.
</think>Well, receiving 10 tons of polonium is... quite the situation! Here's a breakdown:
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What's Polonium?
Element 84 (Pm on the periodic table), a silvery-white metal with high density (~8.7 g/cm³). It’s rare in nature, typically found in trace amounts from uranium decay. -
Scale Check:
- 10 tons = 20,000 kg.
- At ~8,700 kg/m³, this would occupy roughly 2.3 cubic meters (about a small cube of ~1.3 meters per side).
- Handling this volume requires heavy industrial equipment and strict safety protocols due to its radioactivity (e.g., Po-210 is highly toxic).
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Why So Much?
- No practical use for such bulk polonium in modern industry. It’s primarily used in nuclear research, semiconductors, orotope studies, but in tiny quantities.
- Likely a hypothetical/paranoid scenario (e.g., sci-fi, satire) or a misunderstanding (maybe "polonium" is slang for something else?).
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Safety First:
- Polonium isotopes like Po-210 are radioactive and carcinogenic. Proper containment, ventilation, and disposal would be critical.
Verdict: Either a hyperbolic joke, a reference to a fictional context, or a mistake (e.g., confusing it with another element). If this is legitimate, consult nuclear safety experts immediately! 🧪
️Edit: Actually, not bad logic for a 7B local model. Mimo-7b-rl, which is basically a coding/math model.
Polonium is a chalcogen, not a halogen.
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Yummy snack
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Yeah I quit reading after that. I'm not too worried AI is taking my job.
Ikidd updated their comment, it's only a 7B model.
