I am such a sucker for technical Aspie writing. I've seen it mistaken for LLM output many times but this is not that.
It is though, even says so in the readme: > Note: the written report is currently "vibe coded" physical and engineering analysis using various LLM-based AIs, with the author acting as a guide and sanity check and putting pieces together. The intention moving forward is to move calculations to code and simply report the results.
Mercurial Dyson – a plan for the disassembly of planet Mercury
41–50 of 51 posts
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#42I am such a sucker for technical Aspie writing. I've seen it mistaken for LLM output many times but this is not that.
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#431-6 years can't be realistic can it? does someone have a better estimate of how long this would take?
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#44I am such a sucker for technical Aspie writing. I've seen it mistaken for LLM output many times but this is not that.
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#45Earlier quoted context omitted.
Nah, it's totally Claude. No human writes the bulleted list in https://github.com/RokoMijic/MercurialDyson/blob/4f6cb3c0b5b... , or "The thermal management problem that naively prohibits rapid disassembly is resolved by three key insights…". The whole thing reeks of Claude, but chapters 12 and 13 are probably the clearest slam-dunks. If you want to compare styles, https://github.com/Smaug123/gospel/blob/764996d20e116…
> DI containers mean the call site doesn't tell you what's called. Instead: pass values in, get values out. That one is obviously LLM. Before I left the comment, I reviewed some of this user's commit history to about a decade back, and they genuinely write like this. Though I think this is the first long-form content I've seen from them.
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#46Also, it is LLM output and I have updated the readme to show that. But I didn't just ask an LLM to one-shot this. It was a process of iteratively throwing ideas at it, doing calculations, and getting other LLMs to critique. Probably ~100-200 calls to top of the line consumer reasoning models went into this so far.
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#47This reads like an LLM plagiarizing this video from Kurzgesagt: https://youtu.be/pP44EPBMb8A?si=fSwWPOCnCsC1QEny
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#48Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#49What about orbital mechanics? Wouldn't that create issues with/for objects in the solar system?
"The Solar System consists of Sol, Jupiter, and rounding error."
Re: Mercurial Dyson – a plan for the disassembly of planet Mercury
#50> The mirror fleet does not increase the total power available to the project; Mercury still intercepts only a fixed amount of sunlight. I think I must be missing something important, because this doesn't make sense to me. If you put your mirrors in orbits where they don't block the dayside surface (sun-synchronous?), then they increase the total surface area receiving solar radiation.
Isn't the point of mirrors to concentrate heat for mining, not to get more total power?