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First, morality matters. And you've forcibly ejected morality from your equation. Second, network effects matter. You're not just creating utilons for yourself, you're creating a system that creates utilons. Even within the small and inaccurate world of your invented model, you're not following through to conclusions. Third, you're making some very arbitrary assumptions, and ignoring other reasonable assumptions. For starters, do you give everyone you network with equal time? If you encounter a recruiter, do you give them the same amount of effort you would give to an engineer, or do you extract yourself and move on to the next person? The expense of equal input is not nearly as high as you're presenting here, assuming you don't "behave irrationally" and give everyone equal time whether it's effective or not. Pretending that bias and excuses are intellectual rigor by inserting arbitrary, invented numbers into an imaginary equation is just an appeal to authority fallacy. |
Secondly, I didn't make any assumption that the utility is all mine. The 1 utilon can be split between both parties in some arbitrary manner, it doesn't change the result.
Third, you are correct that I my constraint may not be #recruiters + #developers = 100. It might be alpha x #recruiters + #developers = 100 for alpha < 1. That doesn't change the optimal course of action - my best bet is always to minimize time I spend with recruiters.
Now if you think my model doesn't work, present a better one. But if you are making a fundamentally moral and non-utilitarian point ("networking with lady developers is intrinsically good no matter how many puppies get killed!!!!!"), make that point and don't waste time on positive claims if the truth of the positive claims is irrelevant anyway.
Also, you seem to wildly misunderstand what an appeal to authority is. An appeal to authority would be "I asked Eliezer Yudkowsky and he said I was right." Writing down a simple mathematical model is not remotely an appeal to authority, that's just careful reasoning.